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ГОСТ 25645.101-83 Атмосфера Земли верхняя. Модель плотности для проектных баллистических расчетов искусственных спутников Земли

Обозначение:
ГОСТ 25645.101-83
Наименование:
Атмосфера Земли верхняя. Модель плотности для проектных баллистических расчетов искусственных спутников Земли
Статус:
Действует
Дата введения:
01.01.1985
Дата отмены:
-
Заменен на:
-
Код ОКС:
07.040

Текст ГОСТ 25645.101-83 Атмосфера Земли верхняя. Модель плотности для проектных баллистических расчетов искусственных спутников Земли


ГОСТ 25645.101-83

Группа Т27



ГОСУДАРСТВЕННЫЙ СТАНДАРТ СОЮЗА ССР

АТМОСФЕРА ЗЕМЛИ ВЕРХНЯЯ

Модель плотности для проектных баллистических расчетов искусственных спутников земли

Earth upper atmosphere. Density model for project ballistic computations of artificial Earth satellites

ОКСТУ 0080

Дата введения 1985-01-01

ИСПОЛНИТЕЛИ

И.А.Волкова; И.И.Волков, канд. техн. наук; Е.А.Зайцев; Е.А.Князева; Г.В.Лебедев; В.А.Модестов, канд. техн. наук; И.Г.Пыхова; Т.В.Скопинская; В.В.Ястребов; З.В.Васюкова

СОГЛАСОВАНО С ГОСУДАРСТВЕННОЙ СЛУЖБОЙ СТАНДАРТНЫХ СПРАВОЧНЫХ ДАННЫХ (протокол от 10 августа 1983 г. N 26)

УТВЕРЖДЕН И ВВЕДЕН В ДЕЙСТВИЕ ПОСТАНОВЛЕНИЕМ Государственного комитета СССР по стандартам от 8 сентября 1983 г. N 4155

ВНЕСЕНО Изменение N 1, утвержденное и введенное в действие Постановлением Государственного комитета СССР по стандартам от 01.12.88 N 3939 с 01.07.89

Изменение N 1 внесено изготовителем базы данных по тексту ИУС N 2, 1989 год

Настоящий стандарт устанавливает модель плотности, методику расчета и значения средней плотности верхней атмосферы Земли и ее предельных отклонений в диапазоне высот от 120 до 1500 км для различных уровней солнечной активности при неопределенности даты и времени запуска искусственного спутника Земли (ИСЗ).

Термины, применяемые в настоящем стандарте, и пояснения к ним приведены в справочном приложении 1.

1. ОСНОВНЫЕ ПОЛОЖЕНИЯ

1.1. Модель плотности верхней атмосферы Земли представляет собой среднегодовую плотность атмосферы как функцию высоты для десяти фиксированных значений индекса солнечной активности (далее - фиксированных уровней солнечной активности): 65; 75; 100; 125; 150; 175; 200; 225; 250; 275 (в 10 Вт/(м·Гц)) и предназначена для упрощения расчетов и приведения результатов к одинаковым условиям при баллистическом проектировании ИСЗ.

Примечание. В таблицах и на чертежах сомножитель 10 не указан.

1.2. Коэффициенты аналитических формул для расчета плотности атмосферы (далее - модельной плотности) определяют для каждого фиксированного уровня солнечной активности через средние интегральные значения плотности атмосферы по ГОСТ 25645.115-84 вдоль траектории движения с постоянной высотой над поверхностью общего земного эллипсоида.

Значения модельной плотности атмосферы при осреднении получены при следующих параметрах траектории ИСЗ:

дата полета - от 0 до 365 сут от начала года;

долгота восходящего узла от 0 до 360°;

московское время пролета восходящего узла траектории - от 0 до 24 ч;

наклонение плоскости орбиты ИСЗ к плоскости экватора Земли - от 48 до 100°;

аргумент широты - от 0 до 360°.

1.3. Коэффициенты аэродинамического сопротивления ИСЗ приняты в предположении свободно-молекулярного обтекания и полностью диффузной схемы взаимодействия набегающего потока с поверхностью ИСЗ.

1.4. Угловые скорости вращения атмосферы и Земли приняты равными.

1.5. Примеры использования модельной плотности атмосферы в проектных баллистических расчетах ИСЗ приведены в справочном приложении 2.

1.6. Методика расчета аэродинамических коэффициентов ИСЗ приведена в ГОСТ 25645.301-83.

1.7. Текст программы расчета модельной плотности приведен в рекомендуемом приложении 3.

1.8. Указатель таблиц и чертежей, помещенных в стандарте, приведен в справочном приложении 4.

2. МОДЕЛЬ ПЛОТНОСТИ ВЕРХНЕЙ АТМОСФЕРЫ

2.1. Модельную плотность атмосферы вычисляют по формуле

, (1)

где - модельная плотность атмосферы, кг/м;

, , , - коэффициенты модели, используемые для расчета плотности атмосферы при различных значениях ;

- фиксированное значение индекса солнечной активности за рассматриваемый период времени;

- индекс солнечной активности равный плотности потока радиоизлучения Солнца на длине волны 10,7 см (на частоте 2800 МГц), выраженный в солнечных единицах потока: 10 Вт/(м·Гц);

- геометрическая высота над поверхностью общего земного эллипсоида, км.

Коэффициенты , , , для 120 км180 км приведены в табл.1, для 180 км600 км - в табл.2 и для 600 км1500 км - в табл.3.

Таблица 1


Коэффициенты для расчета модельной плотности атмосферы для 120 км180 км

Фиксированный уровень солнечной активности , Вт/(м·Гц)

Коэффициенты

, кг/м

, км

, км

65

9,80665

-18,29713

0,69124

115,18489

75

9,80665

-18,36661

0,67633

115,42909

100

9,80665

-18,24511

0,67873

114,66796

125

9,80665

-18,59046

0,62097

116,13111

150

9,80665

-18,70561

0,59676

116,56314

175

9,80665

-18,77083

0,58133

116,79483

200

9,80665

-18,70024

0,58499

116,39257

225

9,80665

-18,75778

0,57158

116,60445

250

9,80665

-18,77275

0,56423

116,61263

275

9,80665

-18,81090

0,55524

116,75559



Таблица 2


Коэффициенты для расчета модельной плотности атмосферы для 180 км600 км

Фиксированный уровень солнечной активности , Вт/(м·Гц)

Коэффициенты

, кг/м

, км

, км

65

9,80665

-15,77005

0,78319

70,58367

75

9,80665

-17,09296

0,71604

90,20671

100

9,80665

-17,46898

0,66923

91,34157

125

9,80665

-17,63874

0,63195

91,67450

150

9,80665

-18,70041

0,57145

110,48925

175

9,80665

-18,99288

0,54002

113,48581

200

9,80665

-19,52745

0,50286

122,44500

225

9,80665

-19,77968

0,47717

126,18335

250

9,80665

-20,19715

0,44589

133,40432

275

9,80665

-20,35393

0,42793

135,74445



Таблица 3


Коэффициенты для расчета модельной плотности атмосферы для 600 км1500 км

Фиксированный уровень солнечной активности , Вт/(м·Гц)

Коэффициенты

, кг/м

, км

, км

65

9,80665

-32,22560

0,21621

538,48084

75

9,80665

-32,42034

0,20569

580,71850

100

9,80665

-31,01021

0,23741

557,19285

125

9,80665

-28,70956

0,29505

484,67084

150

9,80665

-25,86660

0,35861

368,99154

175

9,80665

-23,32353

0,40080

243,19499

200

9,80665

-15,74303

0,54457

-126,70696

225

9,80665

-5,36289

0,67802

-728,20718

250

9,80665

1,83527

0,76169

-1115,59822

275

9,80665

16,90856

0,90769

-2002,33302

2.2. Для вычисления модельной плотности атмосферы на определенном интервале времени используют прогнозируемый средний уровень солнечной активности по ГОСТ 25645.302-83.

При отличии от используют ближайший уровень .

2.3. Модельную плотность атмосферы для промежуточных значений индекса солнечной активности , отличающихся от фиксированных уровней солнечной активности , вычисляют по формуле

, (1а)

где , , - коэффициент по табл.5-7.

(Введен дополнительно, Изм. N 1).

3. ПРЕДЕЛЬНЫЕ ОТКЛОНЕНИЯ ПЛОТНОСТИ АТМОСФЕРЫ

3.1. Предельные отклонения модельной плотности и являются суммой предельных отклонений:

- отклонений, вызванных влиянием полугодового и суточного эффектов в распределении плотности;

- отклонений, вызванных отличием прогнозируемого среднего уровня солнечной активности от фиксированного ;

- отклонений за счет погрешностей построения модели по ГОСТ 25645.115-84;

- отклонений за счет непрогнозируемых короткопериодических флуктуаций солнечной и геомагнитной активностей.

Значения и в зависимости от интервала времени расчета плотности атмосферы вычисляют по формулам, приведенным в табл.4.

Таблица 4

Интервал времени расчета плотности атмосферы

Формулы для определения предельных отклонений модельной плотности атмосферы и

1 сут

(2)


(3)

1 сут30 сут

(4)

(5)

30 сут180 сут

(6)

(7)

180 сут

(8)

(9)

3.2. Предельные относительные отклонения модельной плотности атмосферы и вычисляют по формулам:

, (10)


, (11)

где и - предельные отклонения модельной плотности.

3.3. Предельные отклонения и вычисляют по формулам:

, (12)


, (13)

где , - соответственно максимальная и минимальная плотности атмосферы по ГОСТ 25645.115-84 при фиксированных значениях параметров модели.

3.4. Предельные относительные отклонения и вычисляют по формулам:

, (14)


. (15)

3.5. Предельные отклонения и вычисляют по формулам:

, (16)


, (17)

где , , - коэффициенты, значения которых приведены

для 120 км180 км - в табл.5,

для 180 км600 км - в табл.6,

для 600 км1500 км - в табл.7;

и - предельные (максимальное и минимальное) значения на интервале постоянства .

Таблица 5


Коэффициенты для расчета отклонений модельной плотности атмосферы для 120 км180 км

Фиксированный уровень солнечной активности , Вт/(м·Гц)

Коэффициенты

, км

, км

65

-0,1188-1

0,9983-4

0

75

-0,1188-1

0,9983-4

0

100

-0,8798-2

0,7332-4

0

125

-0,7196-2

0,5997-4

0

150

-0,5600-2

0,4667-4

0

175

-0,5600-2

0,4667-4

0

200

-0,4800-2

0,4000-4

0

225

-0,4800-2

0,4000-4

0

250

-0,3210-2

0,2675-4

0

275

-0,3210-2

0,2675-4

0



Таблица 6


Коэффициенты для расчета отклонений модельной плотности атмосферы для 180 км600 км

Фиксированный уровень солнечной активности , Вт/(м·Гц)

Коэффициенты

, км

, км

65

-0,8571-2

0,7952-4

0,7936-8

75

-0,8571-2

0,7952-4

0,7936-8

100

-0,8114-2

0,6924-4

0,1587-8

125

-0,6000-2

0,5332-4

0

150

-0,6968-2

0,5684-4

-0,1428-7

175

-0,6968-2

0,5684-4

-0,1428-7

200

-0,4629-2

0,4048-4

-0,7936-8

225

-0,4629-2

0,4048-4

-0,7936-8

250

-0,3714-2

0,3124-4

-0,9524-8

275

-0,3714-2

0,3124-4

-0,9523-8



Таблица 7


Коэффициенты для расчета отклонений модельной плотности атмосферы для 600 км1500 км

Фиксированный уровень солнечной активности , Вт/(м·Гц)

Коэффициенты

, км

, км

65

0,1420

-0,2289-3

0,1037-6

75

0,1420

-0,2289-3

0,1037-6

100

0,1180

-0,1933-3

0,8889-7

125

0,4000-2

0,5224-4

-0,2592-7

150

-0,1400-1

0,8668-4

-0,4444-7

175

-0,1400-1

0,8668-4

-0,4444-7

200

-0,2200-1

0,9176-4

-0,4520-7

225

-0,2200-1

0,9176-4

-0,4520-7

250

-0,3200-1

0,1024-3

-0,4964-7

275

-0,3200-1

0,1024-3

-0,4964-7

Примечание к табл.5-7. Число со знаком минус, стоящее после значения параметра, является показателем степени десяти - сомножителя значения параметра.

3.6. Предельные относительные отклонения и вычисляют по формулам:

, (18)


. (19)

3.7. Отклонения за счет погрешностей построения модели по ГОСТ 25645.115-84 вычисляют по формуле

, (20)

где - плотность атмосферы, измеренная по торможению ИСЗ;

- плотность атмосферы по ГОСТ 25645.115-84 с учетом измеренных значений индексов солнечной и геомагнитной активностей.

Значения и получены за период 1964-1981 гг.

(Измененная редакция, Изм. N 1).

3.8. Предельные относительные отклонения и вычисляют по формулам:

, (21)


, (22)

где и - предельные отклонения .

Значения и в зависимости от фиксированного уровня солнечной активности в функции высоты приведены на черт.1 и в табл.8.


Черт.1



Таблица 8

Высота, км

Фиксированный уровень солнечной активности , Вт/(м·Гц)

65-100

125-150

175-275

120

-1,000-1

1,000-1

-1,500-1

1,500-1

-1,000-1

1,000-1

130

-1,032-1

1,032-1

-1,526-1

1,526-1

-1,036-1

1,036-1

140

-1,064-1

1,064-1

-1,553-1

1,553-1

-1,073-1

1,073-1

150

-1,096-1

1,096-1

-1,579-1

1,579-1

-1,109-1

1,109-1

160

-1,128-1

1,128-1

-1,605-1

1,605-1

-1,145-1

1,145-1

170

-1,159-1

1,159-1

-1,632-1

1,632-1

-1,181-1

1,181-1

180

-1,191-1

1,191-1

-1,658-1

1,658-1

-1,217-1

1,217-1

190

-1,223-1

1,223-1

-1,684-1

1,684-1

-1,254-1

1,254-1

200

-1,255-1

1,255-1

-1,711-1

1,711-1

-1,290-1

1,290-1

210

-1,287-1

1,287-1

-1,737-1

1,737-1

-1,326-1

1,326-1

220

-1,319-1

1,319-1

-1,763-1

1,763-1

-1,362-1

1,362-1

230

-1,351-1

1,351-1

-1,790-1

1,790-1

-1,399-1

1,399-1

240

-1,383-1

1,383-1

-1,816-1

1,816-1

-1,435-1

1,435-1

250

-1,415-1

1,415-1

-1,842-1

1,842-1

-1,471-1

1,471-1

260

-1,446-1

1,446-1

-1,868-1

1,868-1

-1,507-1

1,507-1

270

-1,478-1

1,478-1

-1,895-1

1,895-1

-1,544-1

1,544-1

280

-1,510-1

1,510-1

-1,921-1

1,921-1

-1,580-1

1,580-1

290

-1,542-1

1,542-1

-1,947-1

1,947-1

-1,616-1

1,616-1

300

-1,574-1

1,574-1

-1,974-1

1,974-1

-1,652-1

1,652-1

310

-1,606-1

1,606-1

-2,000-1

2,000-1

-1,688-1

1,688-1

320

-1,638-1

1,638-1

-2,026-1

2,026-1

-1,725-1

1,725-1

330

-1,670-1

1,670-1

-2,053-1

2,053-1

-1,761-1

1,761-1

340

-1,702-1

1,702-1

-2,079-1

2,079-1

-1,797-1

1,797-1

350

-1,733-1

1,733-1

-2,105-1

2,105-1

-1,833-1

1,833-1

360

-1,765-1

1,765-1

-2,132-1

2,132-1

-1,870-1

1,870-1

370

-1,797-1

1,797-1

-2,158-1

2,158-1

-1,906-1

1,906-1

380

-1,829-1

1,829-1

-2,184-1

2,184-1

-1,942-1

1,942-1

390

-1,861-1

1,861-1

-2,211-1

2,211-1

-1,978-1

1,978-1

400

-1,893-1

1,893-1

-2,237-1

2,237-1

-2,015-1

2,015-1

410

-1,925-1

1,925-1

-2,263-1

2,263-1

-2,051-1

2,051-1

420

-1,957-1

1,957-1

-2,290-1

2,290-1

-2,087-1

2,087-1

430

-1,988-1

1,988-1

-2,316-1

2,316-1

-2,123-1

2,123-1

440

-2,020-1

2,020-1

-2,342-1

2,342-1

-2,159-1

2,159-1

450

-2,052-1

2,052-1

-2,368-1

2,368-1

-2,196-1

2,196-1

460

-2,084-1

2,084-1

-2,395-1

2,395-1

-2,232-1

2,232-1

470

-2,116-1

2,116-1

-2,421-1

2,421-1

-2,268-1

2,268-1

480

-2,148-1

2,148-1

-2,447-1

2,447-1

-2,304-1

2,304-1

490

-2,180-1

2,180-1

-2,474-1

2,474-1

-2,341-1

2,341-1

500

-2,212-1

2,212-1

-2,500-1

2,500-1

-2,377-1

2,377-1

510

-2,234-1

2,234-1

-2,540-1

2,540-1

-2,413-1

2,413-1

520

-2,275-1

2,275-1

-2,580-1

2,580-1

-2,449-1

2,449-1

530

-2,307-1

2,307-1

-2,620-1

2,620-1

-2,486-1

2,486-1

540

-2,339-1

2,339-1

-2,660-1

2,660-1

-2,522-1

2,522-1

550

-2,371-1

2,371-1

-2,700-1

2,700-1

-2,558-1

2,558-1

560

-2,403-1

2,403-1

-2,740-1

2,740-1

-2,594-1

2,594-1

570

-2,435-1

2,435-1

-2,780-1

2,780-1

-2,630-1

2,630-1

580

-2,467-1

2,467-1

-2,820-1

2,820-1

-2,667-1

2,667-1

590

-2,499-1

2,499-1

-2,860-1

2,860-1

-2,703-1

2,703-1

600

-2,530-1

2,530-1

-2,900-1

2,900-1

-2,739-1

2,739-1

650

-2,690-1

2,690-1

-3,100-1

3,100-1

-2,920-1

2,920-1

700

-2,849-1

2,849-1

-3,300-1

3,300-1

-3,102-1

3,102-1

750

-3,009-1

3,009-1

-3,500-1

3,500-1

-3,283-1

3,283-1

800

-3,168-1

3,168-1

-3,700-1

3,700-1

-3,464-1

3,464-1

850

-3,328-1

3,328-1

-3,900-1

3,900-1

-3,645-1

3,645-1

900

-3,487-1

3,487-1

-4,100-1

4,100-1

-3,826-1

3,826-1

950

-3,646-1

3,646-1

-4,300-1

4,300-1

-4,007-1

4,007-1

1000

-3,806-1

3,806-1

-4,500-1

4,500-1

-4,188-1

4,188-1

1050

-3,965-1

3,965-1

-4,700-1

4 ,700-1

-4,370-1

4,370-1

1100

-4,125-1

4,125-1

-4,900-1

4,900-1

-4,551-1

4,551-1

1150

-4,284-1

4,284-1

-5,100-1

5,100-1

-4,732-1

4,732-1

1200

-4,444-1

4,444-1

-5,300-1

5,300-1

-4,913-1

4,913-1

1250

-4,603-1

4,603-1

-5,500-1

5,500-1

-5,094-1

5,094-1

1300

-4,762-1

4,762-1

-5,700-1

5,700-1

-5,275-1

5,275-1

1350

-4,922-1

4,922-1

-5,900-1

5,900-1

-5,457-1

5,457-1

1400

-5,081-1

5,081-1

-6,100-1

6,100-1

-5,638-1

5,638-1

1450

-5,241-1

5,241-1

-6,300-1

6,300-1

-5,819-1

5,819-1

1500

-5,400-1

5,400-1

-6,500-1

6,500-1

-6,000-1

6,000-1

Примечание. Число со знаком минус, стоящее после значения параметра, является показателем степени десяти - сомножителя значения параметра.

3.9. Предельные отклонения за счет непрогнозируемых короткопериодических флуктуаций солнечной и геомагнитной активностей - и принимают по ГОСТ 25645.102-83.


4. ТАБЛИЦЫ ПАРАМЕТРОВ МОДЕЛЬНОЙ ПЛОТНОСТИ АТМОСФЕРЫ

4.1. Параметры атмосферы , , , и в функции высоты для десяти фиксированных уровней солнечной активности приведены в табл.9-18.

Таблица 9


Плотность и относительные отклонения плотности атмосферы для 65·10 Вт/м·Гц

Высота, км

Модельная
плотность

Максимальная плотность

Минимальная плотность

Относительные отклонения плотности

кгс·с

кг/м

кгс·с

кг/м

кгс·с

кг/м

max

min

120

2.4885-09

2.4404-08

2.4885-09

2.4404-08

2.4885-09

2.4404-08

0.0000

0.0000

121

2.1369-09

2.0956-08

2.1533-09

2.1117-08

2.1263-09

2.0852-08

0.0077

-0.0050

122

1.8622-09

1.8262-08

1.8933-09

1.8566-08

1.8412-09

1.8056-08

0.0167

-0.0112

123

1.6387-09

1.6070-08

1.6801-09

1.6476-08

1.6101-09

1.5790-08

0.0253

-0.0174

124

1.4535-09

1.4254-08

1.5022-09

1.4732-08

1.4194-09

1.3919-08

0.0335

-0.0235

125

1.2978-09

1.2727-08

1.3516-09

1.3254-08

1.2597-09

1.2354-08

0.0414

-0.0294

126

1.1654-09

1.1429-08

1.2225-09

1.1989-08

1.1245-09

1.1028-08

0.0490

-0.0351

127

1.0516-09

1.0313-08

1.1108-09

1.0894-08

1.0088-09

9.8932-09

0.0563

-0.0407

128

9.5294-10

9.3451-09

1.0134-09

9.9383-09

9.0904-10

8.9146-09

0.0635

-0.0461

129

8.6681-10

8.5005-09

9.2784-10

9.0990-09

8.2232-10

8.0642-09

0.0704

-0.0513

130

7.9113-10

7.7584-09

8.5218-10

8.3570-09

7.4649-10

7.3205-09

0.0772

-0.0564

131

7.2425-10

7.1025-09

7.8491-10

7.6973-09

6.7978-10

6.6664-09

0.0837

-0.0614

132

6.6486-10

6.5200-09

7.2481-10

7.1080-09

6.2081-10

6.0881-09

0.0902

-0.0662

133

6.1186-10

6.0003-09

6.7089-10

6.5792-09

5.6845-10

5.5746-09

0.0965

-0.0710

134

5.6439-10

5.5348-09

6.2232-10

6.1029-09

5.2175-10

5.1166-09

0.1026

-0.0756

135

5.2171-10

5.1162-09

5.7841-10

5.6723-09

4.7995-10

4.7067-09

0.1087

-0.0800

136

4.8319-10

4.7385-09

5.3859-10

5.2818-09

4.4240-10

4.3385-09

0.1146

-0.0844

137

4.4834-10

4.3967-09

5.0236-10

4.9265-09

4.0857-10

4.0067-09

0.1205

-0.0887

138

4.1671-10

4.0865-09

4.6931-10

4.6024-09

3.7800-10

3.7069-09

0.1262

-0.0929

139

3.8793-10

3.8043-09

4.3909-10

4.3060-09

3.5030-10

3.4353-09

0.1319

-0.0970

140

3.6167-10

3.5467-09

4.1138-10

4.0343-09

3.2514-10

3.1885-09

0.1375

-0.1010

141

3.3766-10

3.3113-09

3.8593-10

3.7847-09

3.0223-10

2.9639-09

0.1430

-0.1049

142

3.1566-10

3.0955-09

3.6250-10

3.5549-09

2.8132-10

2.7588-09

0.1484

-0.1088

143

2.9546-10

2.8975-09

3.4088-10

3.3429-09

2.6221-10

2.5714-09

0.1537

-0.1125

144

2.7688-10

2.7153-09

3.2091-10

3.1470-09

2.4469-10

2.3996-09

0.1590

-0.1163

145

2.5976-10

2.5473-09

3.0242-10

2.9657-09

2.2862-10

2.2420-09

0.1642

-0.1199

146

2.4395-10

2.3924-09

2.8528-10

2.7976-09

2.1384-10

2.0970-09

0.1694

-0.1235

147

2.2934-10

2.2491-09

2.6936-10

2.6415-09

2.0022-10

1.9635-09

0.1745

-0.1270

148

2.1581-10

2.1164-09

2.5456-10

2.4964-09

1.8767-10

1.8404-09

0.1795

-0.1304

149

2.0327-10

1.9934-09

2.4078-10

2.3613-09

1.7607-10

1.7267-09

0.1845

-0.1338

150

1.9163-10

1.8792-09

2.2794-10

2.2353-09

1.6535-10

1.6215-09

0.1895

-0.1371

151

1.8080-10

1.7730-09

2.1594-10

2.1177-09

1.5541-10

1.5241-09

0.1944

-0.1404

152

1.7072-10

1.6742-09

2.0473-10

2.0078-09

1.4620-10

1.4337-09

0.1992

-0.1436

153

1.6133-10

1.5821-09

1.9425-10

1.9049-09

1.3764-10

1.3498-09

0.2040

-0.1468

154

1.5257-10

1.4962-09

1.8443-10

1.8086-09

1.2969-10

1.2718-09

0.2088

-0.1499

155

1.4439-10

1.4160-09

1.7522-10

1.7183-09

1.2229-10

1.1993-09

0.2135

-0.1530

156

1.3674-10

1.3409-09

1.6658-10

1.6336-09

1.1540-10

1.1317-09

0.2182

-0.1561

157

1.2958-10

1.2708-09

1.5846-10

1.5540-09

1.0897-10

1.0686-09

0.2229

-0.1591

158

1.2288-10

1.2050-09

1.5083-10

1.4791-09

1.0297-10

1.0098-09

0.2275

-0.1620

159

1.1659-10

1.1434-09

1.4365-10

1.4087-09

9.7361-11

9.5479-10

0.2321

-0.1649

160

1.1069-10

1.0855-09

1.3688-10

1.3423-09

9.2118-11

9.0337-10

0.2366

-0.1678

161

1.0515-10

1.0312-09

1.3051-10

1.2798-09

8.7210-11

8.5523-10

0.2411

-0.1706

162

9.9945-11

9.8013-10

1.2449-10

1.2208-09

8.2612-11

8.1015-10

0.2456

-0.1734

163

9.5048-11

9.3210-10

1.1881-10

1.1652-09

7.8301-11

7.6787-10

0.2500

-0.1762

164

9.0437-11

8.8689-10

1.1345-10

1.1126-09

7.4257-11

7.2821-10

0.2545

-0.1789

165

8.6094-11

8.4430-10

1.0838-10

1.0628-09

7.0459-11

6.9097-10

0.2589

-0.1816

166

8.2000-11

8.0415-10

1.0358-10

1.0158-09

6.6890-11

6.5597-10

0.2632

-0.1843

167

7.8138-11

7.6627-10

9.9044-11

9.7129-10

6.3535-11

6.2306-10

0.2676

-0.1869

168

7.4492-11

7.3052-10

9.4744-11

9.2912-10

6.0377-11

5.9210-10

0.2719

-0.1895

169

7.1048-11

6.9675-10

9.0669-11

8.8916-10

5.7404-11

5.6294-10

0.2762

-0.1921

170

6.7794-11

6.6483-10

8.6804-11

8.5125-10

5.4602-11

5.3546-10

0.2804

-0.1946

171

6.4715-11

6.3464-10

8.3137-11

8.1529-10

5.1961-11

5.0956-10

0.2847

-0.1971

172

6.1803-11

6.0608-10

7.9655-11

7.8115-10

4.9469-11

4.8512-10

0.2889

-0.1996

173

5.9045-11

5.7903-10

7.6348-11

7.4872-10

4.7117-11

4.6206-10

0.2931

-0.2020

174

5.6432-11

5.5341-10

7.3205-11

7.1790-10

4.4895-11

4.4027-10

0.2972

-0.2044

175

5.3956-11

5.2913-10

7.0217-11

6.8859-10

4.2796-11

4.1968-10

0.3014

-0.2068

176

5.1607-11

5.0610-10

6.7374-11

6.6071-10

4.0811-11

4.0021-10

0.3055

-0.2092

177

4.9379-11

4.8424-10

6.4668-11

6.3417-10

3.8933-11

3.8180-10

0.3096

-0.2116

178

4.7264-11

4.6350-10

6.2091-11

6.0890-10

3.7155-11

3.6437-10

0.3137

-0.2139

179

4.5255-11

4.4380-10

5.9636-11

5.8483-10

3.5472-11

3.4786-10

0.3178

-0.2162

180

3.9192-11

3.8434-10

4.6952-11

4.6044-10

3.3548-11

3.2900-10

0.1980

-0.1440

181

3.7755-11

3.7025-10

4.5499-11

4.4619-10

3.2146-11

3.1525-10

0.2051

-0.1486

182

3.6377-11

3.5674-10

4.4096-11

4.3243-10

3.0809-11

3.0213-10

0.2122

-0.1531

183

3.5055-11

3.4377-10

4.2740-11

4.1914-10

2.9532-11

2.8961-10

0.2192

-0.1575

184

3.3787-11

3.3133-10

4.1430-11

4.0629-10

2.8314-11

2.7766-10

0.2262

-0.1620

185

3.2570-11

3.1940-10

4.0165-11

3.9388-10

2.7151-11

2.6626-10

0.2332

-0.1664

186

3.1401-11

3.0794-10

3.8942-11

3.8189-10

2.6040-11

2.5536-10

0.2401

-0.1707

187

3.0280-11

2.9694-10

3.7760-11

3.7030-10

2.4979-11

2.4496-10

0.2470

-0.1751

188

2.9203-11

2.8638-10

3.6617-11

3.5909-10

2.3965-11

2.3502-10

0.2539

-0.1793

189

2.8168-11

2.7624-10

3.5513-11

3. 4826-10

2.2997-11

2.2552-10

0.2607

-0.1836

190

2.7175-11

2.6649-10

3.4445-11

3.3779-10

2.2072-11

2.1645-10

0.2675

-0.1878

191

2.6220-11

2.5713-10

3.3413-11

3.2767-10

2.1187-11

2.0777-10

0.2743

-0.1920

192

2.5303-11

2.4814-10

3.2414-11

3.1788-10

2.0341-11

1.9948-10

0.2811

-0.1961

193

2.4421-11

2.3949-10

3.1449-11

3.0841-10

1.9532-11

1.9155-10

0.2878

-0.2002

194

2.3574-11

2.3118-10

3.0515-11

2.9925-10

1.8759-11

1.8396-10

0.2944

-0.2043

195

2.2759-11

2.2319-10

2.9611-11

2.9038-10

1.8018-11

1.7670-10

0.3011

-0.2083

196

2.1975-11

2.1550-10

2.8737-11

2.8181-10

1.7310-11

1.6975-10

0.3077

-0.2123

197

2.1221-11

2.0811-10

2.7891-11

2.7352-10

1.6632-11

1.6311-10

0.3143

-0.2162

198

2.0496-11

2.0100-10

2.7072-11

2.6549-10

1.5984-11

1.5675-10

0,3208

-0.2202

199

1.9799-11

1.9416-10

2.6280-11

2.5772-10

1.5363-11

1.5066-10

0.3274

-0.2241

200

1.9128-11

1.8758-10

2.5514-11

2.5020-10

1.4768-11

1.4482-10

0.3339

-0.2279

201

1.8482-11

1.8124-10

2.4771-11

2.4292-10

1.4198-11

1.3924-10

0.3403

-0.2318

202

1.7860-11

1.7515-10

2.4053-11

2.3588-10

1.3653-11

1.3389-10

0.3468

-0.2356

203

1.7261-11

1.6927-10

2.3357-11

2.2906-10

1.3130-11

1.2876-10

0.3532

-0.2393

204

1.6685-11

1.6362-10

2.2684-11

2.2245-10

1.2629-11

1.2385-10

0.3595

-0.2431

205

1.6130-11

1.5818-10

2.2031-11

2.1605-10

1.2149-11

1.1914-10

0.3659

-0.2468

206

1.5595-11

1.5293-10

2.1400-11

2.0986-10

1.1689-11

1.1463-10

0.3722

-0.2505

207

1.5080-11

1.4788-10

2.0788-11

2.0386-10

1.1248-11

1.1030-10

0.3785

-0.2541

208

1.4583-11

1.4301-10

2.0195-11

1.9804-10

1.0825-11

1.0616-10

0.3848

-0.2577

209

1.4105-11

1.3832-10

1.9621-11

1.9241-10

1.0419-11

1.0218-10

0.3910

-0.2613

210

1.3644-11

1.3380-10

1.9064-11

1.8696-10

1.0030-11

9.8362-11

0.3972

-0.2649

211

1.3200-11

1.2945-10

1.8525-11

1.8167-10

9.6568-12

9.4701-11

0.4034

-0.2684

212

1.2772-11

1.2525-10

1.8003-11

1.7655-10

9.2987-12

9.1189-11

0.4096

-0.2719

213

1.2359-11

1.2120-10

1.7496-11

1.7158-10

8.9550-12

8.7818-11

0.4157

-0.2754

214

1.1960-11

1.1729-10

1.7006-11

1.6677-10

8.6251-12

8.4584-11

0.4218

-0.2789

215

1.1576-11

1.1352-10

1.6530-11

1.6210-10

8.3085-12

8.1478-11

0.4279

-0.2823

216

1.1206-11

1.0989-10

1.6069-11

1.5758-10

8.0045-12

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840

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5.5301-16

5.4233-15

8.0176-17

7.8626-16

1.3364

-0.6613

850

2.2252-16

2.1822-15

5.1869-16

5.0866-15

7.5847-17

7.4381-16

1.3310

-0.6591

860

2.0940-16

2.0535-15

4.8702-16

4.7761-15

7.1796-17

7.0407-16

1.3254

-0.6571

870

1.9724-16

1.9343-15

4.5777-16

4.4892-15

6.8000-17

6.6685-16

1.3209

-0.6552

880

1.8595-16

1.8236-15

4.3070-16

4.2237-15

6.4441-17

6.3196-16

1.3162

-0.6535

890

1.7546-16

1.7207-15

4.0561-16

3.9777-15

6.1103-17

5.9921-16

1.3117

-0.6518

900

1.6569-16

1.6250-15

3.8233-16

3.7494-15

5.7968-17

5.6847-16

1.3074

-0.6502

910

1.5660-16

1.5357-15

3.6069-16

3.5372-15

5.5022-17

5.3958-16

1.3033

-0.6486

920

1.4811-16

1.4525-15

3.4056-16

3.3398-15

5.2252-17

5.1242-16

1.2993

-0.6472

930

1.4019-16

1.3748-15

3.2181-16

3.1559-15

4.9646-17

4.8686-16

1.2955

-0.6459

940

1.3278-16

1.3022-15

3.0432-16

2.9844-15

4.7192-17

4.6279-16

1.2919

-0.6446

950

1.2585-16

1.2342-15

2.8800-16

2.8243-15

4.4880-17

4.4012-16

1.2884

-0.6434

960

1.1935-16

1.1705-15

2.7274-16

2.6747-15

4.2700-17

4.1875-16

1.2850

-0.6423

970

1.1327-16

1.1108-15

2.5846-16

2.5347-15

4.0644-17

3.9859-16

1.2818

-0.6412

980

1.0756-16

1.0548-15

2.4509-16

2.4036-15

3.8704-17

3.7956-16

1.2786

-0.6402

990

1.0219-16

1.0022-15

2.3256-16

2.2807-15

3.6871-17

3.6158-16

1.2756

-0.6392

1000

9.7154-17

9.5276-16

2.2080-16

2.1653-15

3.5140-17

3.4460-16

1.2727

-0.6383

1010

9.2412-17

9.0625-16

2.0976-16

2.0571-15

3.3503-17

3.2855-16

1.2699

-0.6375

1020

8.7947-17

8.6246-16

1.9938-16

1.9553-15

3.1954-17

3.1336-16

1.2671

-0.6367

1030

8.3740-17

8.2121-16

1.8962-16

1.8596-15

3.0488-17

2.9899-16

1.2645

-0.6359

1040

7.9775-17

7.8232-16

1.8044-16

1.7696-15

2.9101-17

2.8538-16

1.2619

-0.6352

1050

7.6034-17

7.4563-16

1.7179-16

1.6847-15

2.7786-17

2.7249-16

1.2594

-0.6345

1060

7.2502-17

7.1100-16

1.6363-16

1.6047-15

2.6540-17

2.6027-16

1.2570

-0.6339

1070

6.9165-17

6.7828-16

1.5594-16

1.5293-15

2.5359-17

2.4869-16

1.2546

-0.6334

1080

6.6011-17

6.4735-16

1.4868-16

1.4581-15

2.4238-17

2.3770-16

1.2524

-0.6328

1090

6.3028-17

6.1810-16

1.4182-16

1.3908-15

2.3175-17

2.2727-16

1.2501

-0.6323

1100

6.0205-17

5.9041-16

1.3534-16

1.3272-15

2.2165-17

2.1737-16

1.2480

-0.6318

1110

5.7532-17

5.6420-16

1.2921-16

1.2671-15

2.1206-17

2.0796-16

1.2459

-0.6314

1120

5.4999-17

5.3936-16

1.2340-16

1.2102-15

2.0295-17

1.9902-16

1.2438

-0.6310

1130

5.2598-17

5.1581-16

1.1791-16

1.1564-15

1.9428-17

1.9053-16

1.2418

-0.6306

1140

5.0321-17

4.9348-16

1.1271-16

1.1053-15

1.8604-17

1.8245-16

1.2399

-0.6303

1150

4.8160-17

4.7229-16

1.0778-16

1.0570-15

1.7820-17

1.7476-16

1.2380

-0.6300

1160

4.6108-17

4.5217-16

1.0310-16

1.0111-15

1.7074-17

1.6744-16

1.2361

-0.6297

1170

4.4159-17

4.3306-16

9.8666-17

9.6759-16

1.6364-17

1.6048-16

1.2343

-0.6294

1180

4.2307-17

4.1489-16

9.4453-17

9.2627-16

1.5688-17

1.5385-16

1.2325

-0.6292

1190

4.0546-17

3.9762-16

9.0452-17

8.8703-16

1.5043-17

1.4753-16

1.2308

-0.6290

1200

3.8871-17

3.8120-16

8.6650-17

8.4974-16

1.4429-17

1.4150-16

1.2291

-0.6288

1210

3.7277-17

3.6556-16

8.3035-17

8.1429-16

1.3844-17

1.3576-16

1.2275

-0.6286

1220

3.5760-17

3.5068-16

7.9597-17

7.8058-16

1.3285-17

1.3028-16

1.2259

-0.6285

1230

3.4314-17

3.3651-16

7.6326-17

7.4850-16

1.2753-17

1.2506-16

1.2243

-0.6284

1240

3.2937-17

3.2300-16

7.3212-17

7.1796-16

1.2244-17

1.2007-16

1.2228

-0.6282

1250

3.1624-17

3.1013-16

7.0246-17

6.8888-16

1.1759-17

1.1531-16

1.2212

-0.6282

1260

3.0373-17

2.9785-16

6.7421-17

6.6117-16

1.1295-17

1.1077-16

1.2198

-0.6281

1270

2.9179-17

2.8614-16

6.4728-17

6.3477-16

1.0853-17

1.0643-16

1.2183

-0.6280

1280

2.8039-17

2.7497-16

6.2161-17

6.0959-16

1.0430-17

1.0228-16

1.2169

-0.6280

1290

2.6951-17

2.6430-16

5.9712-17

5.8557-16

1.0026-17

9.8322-17

1.2155

-0.6280

1300

2.5913-17

2.5412-16

5.7375-17

5.6266-16

9.6396-18

9.4532-17

1.2141

-0.6280

1310

2.4920-17

2.4439-16

5.5145-17

5.4078-16

9.2701-18

9.0908-17

1.2128

-0.6280

1320

2.3972-17

2.3509-16

5.3015-17

5.1990-16

8.9166-18

8.7442-17

1.2115

-0.6281

1330

2.3066-17

2.2620-16

5.0980-17

4.9995-16

8.5784-18

8.4125-17

1.2102

-0.6281

1340

2.2199-17

2.1770-16

4.9037-17

4.8088-16

8.2547-18

8.0951-17

1.2089

-0.6282

1350

2.1370-17

2.0957-16

4.7179-17

4.6266-16

7.9448-18

7.7912-17

1.2077

-0.6282

1360

2.0576-17

2.0179-16

4.5402-17

4.4524-16

7.6481-18

7.5002-17

1.2065

-0.6283

1370

1.9817-17

1.9434-16

4.3703-17

4.2858-16

7.3639-18

7.2216-17

1.2053

-0.6284

1380

1.9090-17

1.8721-16

4.2077-17

4.1263-16

7.0917-18

6.9546-17

1.2041

-0.6285

1390

1.8394-17

1.8038-16

4.0521-17

3.9738-16

6.8308-18

6.6987-17

1.2029

-0.6286

1400

1.7727-17

1.7384-16

3.9031-17

3.8277-16

6.5807-18

6.4535-17

1.2018

-0.6288

1410

1.7088-17

1.6757-16

3.7605-17

3.6878-16

6.3410-18

6.2184-17

1.2007

-0.6289

1420

1.6475-17

1.6156-16

3.6238-17

3.5538-16

6.1111-18

5.9929-17

1.1996

-0.6291

1430

1.5887-17

1.5580-16

3.4929-17

3.4254-16

5.8906-18

5.7767-17

1.1985

-0.6292

1440

1.5324-17

1.5028-16

3.3674-17

3.3023-16

5.6791-18

5.5693-17

1.1974

-0.6294

1450

1.4784-17

1.4498-16

3.2471-17

3.1843-16

5.4761-18

5.3702-17

1.1964

-0.6296

1460

1.4265-17

1.3989-16

3.1317-17

3.0712-16

5.2812-18

5.1791-17

1.1954

-0.6298

1470

1.3767-17

1.3501-16

3.0211-17

2.9627-16

5.0942-18

4.9957-17

1.1943

-0.6300

1480

1.3289-17

1.3033-16

2.9149-17

2.8585-16

4.9146-18

4.8196-17

1.1933

-0.6302

1490

1.2831-17

1.2583-16

2.8130-17

2.7586-16

4.7421-18

4.6504-17

1.1924

-0.6304

1500

1.2390-17

1.2150-16

2.7152-17

2.6627-16

4.5764-18

4.4880-17

1.1914

-0.6306



Таблица 10


Плотность и относительные отклонения плотности атмосферы для 75·10 Вт/м·Гц

Высота, км

Модельная
плотность

Максимальная плотность

Минимальная плотность

Относительные отклонения плотности

кгс·с

кг/м

кгс·с

кг/м

кгс·с

кг/м

max

min

120

2.4885-09

2.4404-08

2.4885-09

2.4404-08

2.4885-09

2.4404-08

0.0000

0.0000

121

2.1392-09

2.0978-08

2.1555-09

2.1139-08

2.1292-09

2.0880-08

0.0077

-0.0046

122

1.8646-09

1.8286-08

1.8955-09

1.8589-08

1.8443-09

1.8086-08

0.0166

-0.0109

123

1.6418-09

1.6101-08

1.6830-09

1.6505-08

1.6137-09

1.5825-08

0.0251

-0.0171

124

1.4575-09

1.4293-08

1.5060-09

1.4768-08

1.4237-09

1.3962-08

0.0332

-0.0232

125

1.3027-09

1.2775-08

1.3562-09

1.3300-08

1.2647-09

1.2403-08

0.0411

-0.0291

126

1.1710-09

1.1483-08

1.2279-09

1.2042-08

1.1301-09

1.1083-08

0.0487

-0.0348

127

1.0578-09

1.0373-08

1.1170-09

1.0954-08

1.0150-09

9.9538-09

0.0560

-0.0404

128

9.5965-10

9.4109-09

1.0202-09

1.0005-08

9.1565-10

8.9795-09

0.0631

-0.0458

129

8.7395-10

8.5705-09

9.3515-10

9.1707-09

8.2928-10

8.1325-09

0.0700

-0.0511

130

7.9860-10

7.8316-09

8.5991-10

8.4329-09

7.5370-10

7.3913-09

0.0768

-0.0562

131

7.3197-10

7.1782-09

7.9299-10

7.7766-09

6.8718-10

6.7389-09

0.0834

-0.0612

132

6.7276-10

6.5975-09

7.3316-10

7.1899-09

6.2833-10

6.1618-09

0.0898

-0.0660

133

6.1988-10

6.0790-09

6.7945-10

6.6631-09

5.7603-10

5.6489-09

0.0961

-0.0707

134

5.7248-10

5.6141-09

6.3102-10

6.1882-09

5.2935-10

5.1911-09

0.1023

-0.0753

135

5.2982-10

5.1958-09

5.8721-10

5.7586-09

4.8753-10

4.7810-09

0.1083

-0.0798

136

4.9130-10

4.8180-09

5.4744-10

5.3685-09

4.4993-10

4.4123-09

0.1143

-0.0842

137

4.5641-10

4.4758-09

5.1123-10

5.0134-09

4.1602-10

4.0798-09

0.1201

-0.0885

138

4.2471-10

4.1649-09

4.7816-10

4.6892-09

3.8535-10

3.7790-09

0.1259

-0.0927

139

3.9583-10

3.8818-09

4.4790-10

4.3924-09

3.5754-10

3.5062-09

0.1315

-0.0967

140

3.6947-10

3.6233-09

4.2013-10

4.1201-09

3.3224-10

3.2582-09

0.1371

-0.1008

141

3.4534-10

3.3866-09

3.9459-10

3.8696-09

3.0919-10

3.0322-09

0.1426

-0.1047

142

3.2321-10

3.1696-09

3.7106-10

3.6388-09

2.8814-10

2.8257-09

0.1480

-0.1085

143

3.0287-10

2.9701-09

3.4933-10

3.4258-09

2.6887-10

2.6367-09

0.1534

-0.1123

144

2.8414-10

2.7865-09

3.2924-10

3.2287-09

2.5119-10

2.4633-09

0.1587

-0.1160

145

2.6687-10

2.6171-09

3.1062-10

3.0461-09

2.3495-10

2.3041-09

0.1639

-0.1196

146

2.5091-10

2.4606-09

2.9334-10

2.8767-09

2.2001-10

2.1576-09

0.1691

-0.1232

147

2.3614-10

2.3157-09

2.7728-10

2.7192-09

2.0623-10

2.0225-09

0.1742

-0.1266

148

2.2245-10

2.1815-09

2.6233-10

2.5726-09

1.9351-10

1.8977-09

0.1793

-0.1301

149

2.0975-10

2.0569-09

2.4840-10

2.4360-09

1.8176-10

1.7824-09

0.1843

-0.1335

150

1.9794-10

1.9412-09

2.3540-10

2.3085-09

1.7087-10

1.6756-09

0.1892

-0.1368

151

1.8696-10

1.8334-09

2.2325-10

2.1894-09

1.6077-10

1.5766-09

0.1941

-0.1401

152

1.7672-10

1.7330-09

2.1189-10

2.0779-09

1.5140-10

1.4848-09

0.1990

-0.1433

153

1.6717-10

1.6394-09

2.0125-10

1.9736-09

1.4269-10

1.3993-09

0.2038

-0.1464

154

1.5826-10

1.5520-09

1.9127-10

1.8757-09

1.3459-10

1.3199-09

0.2086

-0.1496

155

1.4992-10

1.4703-09

1.8191-10

1.7839-09

1.2704-10

1.2459-09

0.2133

-0.1526

156

1.4213-10

1.3938-09

1.7311-10

1.6977-09

1.2000-10

1.1768-09

0.2180

-0.1556

157

1.3482-10

1.3221-09

1.6484-10

1.6166-09

1.1343-10

1.1124-09

0.2227

-0.1586

158

1.2797-10

1.2550-09

1.5706-10

1.5403-09

1.0730-10

1.0522-09

0.2273

-0.1616

159

1.2154-10

1.1919-09

1.4973-10

1.4684-09

1.0155-10

9.9591-10

0.2319

-0.1645

160

1.1551-10

1.1328-09

1.4282-10

1.4006-09

9.6181-11

9.4321-10

0.2365

-0.1673

161

1.0983-10

1.0771-09

1.3630-10

1.3367-09

9.1146-11

8.9384-10

0.2410

-0.1702

162

1.0450-10

1.0248-09

1.3015-10

1.2763-09

8.6425-11

8.4754-10

0.2455

-0.1729

163

9.9471-11

9.7548-10

1.2433-10

1.2193-09

8.1996-11

8.0410-10

0.2499

-0.1757

164

9.4736-11

9.2904-10

1.1884-10

1.1654-09

7.7835-11

7.6330-10

0.2544

-0.1784

165

9.0272-11

8.8526-10

1.1363-10

1.1144-09

7.3925-11

7.2496-10

0.2588

-0.1811

166

8.6059-11

8.4395-10

1.0871-10

1.0660-09

7.0248-11

6.8890-10

0.2632

-0.1837

167

8.2082-11

8.0495-10

1.0404-10

1.0203-09

6.6787-11

6.5495-10

0.2675

-0.1863

168

7.8324-11

7.6810-10

9.9616-11

9.7689-10

6.3527-11

6.2299-10

0.2718

-0.1889

169

7.4771-11

7.3326-10

9.5419-11

9.3574-10

6.0455-11

5.9286-10

0.2761

-0.1915

170

7.1411-11

7.0030-10

9.1435-11

8.9667-10

5.7557-11

5.6444-10

0.2804

-0.1940

171

6.8230-11

6.6911-10

8.7652-11

8.5958-10

5.4823-11

5.3763-10

0.2847

-0.1965

172

6.5217-11

6.3956-10

8.4058-11

8.2433-10

5.2242-11

5.1232-10

0.2889

-0.1990

173

6.2362-11

6.1157-10

8.0641-11

7.9081-10

4.9803-11

4.8840-10

0.2931

-0.2014

174

5.9656-11

5.8502-10

7.7390-11

7.5894-10

4.7497-11

4.6579-10

0.2973

-0.2038

175

5.7088-11

5.5984-10

7.4296-11

7.2860-10

4.5317-11

4.4440-10

0.3014

-0.2062

176

5.4651-11

5.3594-10

7.1351-11

6.9971-10

4.3253-11

4.2417-10

0.3056

-0.2086

177

5.2336-11

5.1324-10

6.8545-11

6.7220-10

4.1299-11

4.0501-10

0.3097

-0.2109

178

5.0137-11

4.9168-10

6.5871-11

6.4597-10

3.9448-11

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2.9961-13

2.6864-15

2.6344-14

1.6887

-0.7636

535

1.0436-14

1.0234-13

2.8218-14

2.7672-13

2.4328-15

2.3858-14

1.7039

-0.7669

540

9.5890-15

9.4035-14

2.6074-14

2.5569-13

2.2044-15

2.1618-14

1.7191

-0.7701

545

8.8149-15

8.6445-14

2.4102-14

2.3636-13

1.9985-15

1.9599-14

1.7342

-0.7733

550

8.1071-15

7.9503-14

2.2289-14

2.1858-13

1.8128-15

1.7778-14

1.7493

-0.7764

555

7.4595-15

7.3153-14

2.0620-14

2.0221-13

1.6452-15

1.6134-14

1.7643

-0.7794

560

6.8667-15

6.7339-14

1.9084-14

1.8715-13

1.4939-15

1.4650-14

1.7792

-0.7824

565

6.3238-15

6.2015-14

1.7669-14

1.7327-13

1.3572-15

1.3309-14

1.7940

-0.7854

570

5.8263-15

5.7136-14

1.6365-14

1.6048-13

1.2336-15

1.2097-14

1.8088

-0.7883

575

5.3702-15

5.2664-14

1.5163-14

1.4870-13

1.1218-15

1.1001-14

1.8235

-0.7911

580

4.9520-15

4.8562-14

1.4055-14

1.3783-13

1.0206-15

1.0009-14

1.8382

-0.7939

585

4.5682-15

4.4798-14

1.3032-14

1.2780-13

9.2903-16

9.1107-15

1.8528

-0.7966

590

4.2158-15

4.1343-14

1.2088-14

1.1854-13

8.4605-16

8.2969-15

1.8673

-0.7993

595

3.8922-15

3.8169-14

1.1217-14

1.1000-13

7.7083-16

7.5593-15

1.8818

-0.8020

600

3.5948-15

3.5253-14

1.0412-14

1.0210-13

7.0262-16

6.8904-15

1.8963

-0.8045

610

2.7330-15

2.6801-14

7.2966-15

7.1556-14

6.3902-16

6.2667-15

1.6699

-0.7662

620

2.2916-15

2.2473-14

5.9771-15

5.8615-14

5.6733-16

5.5637-15

1.6082

-0.7524

630

1.9629-15

1.9250-14

5.0393-15

4.9419-14

5.0736-16

4.9756-15

1.5672

-0.7415

640

1.7069-15

1.6739-14

4.3305-15

4.2467-14

4.5650-16

4.4768-15

1.5370

-0.7326

650

1.5013-15

1.4723-14

3.7731-15

3.7002-14

4.1287-16

4.0489-15

1.5133

-0.7250

660

1.3323-15

1.3066-14

3.3226-15

3.2584-14

3.7509-16

3.6785-15

1.4938

-0.7185

670

1.1911-15

1.1680-14

2.9508-15

2.8937-14

3.4211-16

3.3550-15

1.4775

-0.7128

680

1.0713-15

1.0506-14

2.6390-15

2.5879-14

3.1312-16

3.0707-15

1.4633

-0.7077

690

9.6863-16

9.4991-15

2.3740-15

2.3281-14

2.8749-16

2.8193-15

1.4509

-0.7032

700

8.7976-16

8.6276-15

2.1464-15

2.1049-14

2.6469-16

2.5958-15

1.4398

-0.6991

710

8.0221-16

7.8671-15

1.9492-15

1.9115-14

2.4432-16

2.3961-15

1.4297

-0.6954

720

7.3407-16

7.1988-15

1.7769-15

1.7425-14

2.2605-16

2.2169-15

1.4206

-0.6921

730

6.7382-16

6.6080-15

1.6254-15

1.5940-14

2.0959-16

2.0554-15

1.4122

-0.6889

740

6.2027-16

6.0828-15

1.4914-15

1.4626-14

1.9471-16

1.9095-15

1.4044

-0.6861

750

5.7243-16

5.6137-15

1.3723-15

1.3457-14

1.8122-16

1.7772-15

1.3972

-0.6834

760

5.2953-16

5.1929-15

1.2658-15

1.2413-14

1.6895-16

1.6569-15

1.3904

-0.6809

770

4.9088-16

4.8140-15

1.1703-15

1.1477-14

1.5776-16

1.5471-15

1.3841

-0.6786

780

4.5596-16

4.4715-15

1.0843-15

1.0634-14

1.4753-16

1.4468-15

1.3781

-0.6764

790

4.2430-16

4.1610-15

1.0066-15

9.8715-15

1.3815-16

1.3548-15

1.3724

-0.6744

800

3.9551-16

3.8787-15

9.3616-16

9.1807-15

1.2954-16

1.2704-15

1.3669

-0.6725

810

3.6926-16

3.6212-15

8.7212-16

8.5526-15

1.2161-16

1.1926-15

1.3618

-0.6707

820

3.4526-16

3.3859-15

8.1373-16

7.9801-15

1.1430-16

1.1210-15

1.3568

-0.6689

830

3.2327-16

3.1703-15

7.6038-16

7.4568-15

1.0755-16

1.0548-15

1.3521

-0.6673

840

3.0308-16

2.9722-15

7.1151-16

6.9775-15

1.0130-16

9.9349-16

1.3476

-0.6657

850

2.8450-16

2.7900-15

6.6664-16

6.5376-15

9.5518-17

9.3671-16

1.3432

-0.6643

860

2.6736-16

2.6220-15

6.2537-16

6.1329-15

9.0144-17

8.8401-16

1.3390

-0.6628

870

2.5154-16

2.4668-15

5.8734-16

5.7599-15

8.5149-17

8.3502-16

1.3349

-0.6615

880

2.3690-16

2.3233-15

5.5223-16

5.4156-15

8.0500-17

7.8943-16

1.3310

-0.6602

890

2.2334-16

2.1902-15

5.1976-16

5.0971-15

7.6167-17

7.4694-16

1.3272

-0.6590

900

2.1075-16

2.0668-15

4.8968-16

4.8022-15

7.2124-17

7.0729-16

1.3235

-0.6578

910

1.9905-16

1.9521-15

4.6179-16

4.5286-15

6.8347-17

6.7025-16

1.3199

-0.6566

920

1.8816-16

1.8453-15

4.3587-16

4.2745-15

6.4815-17

6.3561-16

1.3164

-0.6555

930

1.7801-16

1.7458-15

4.1176-16

4.0381-15

6.1508-17

6.0318-16

1.3131

-0.6545

940

1.6855-16

1.6529-15

3.8931-16

3.8179-15

5.8408-17

5.7279-16

1.3098

-0.6535

950

1.5970-16

1.5662-15

3.6837-16

3.6126-15

5.5501-17

5.4428-16

1.3065

-0.6525

960

1.5144-16

1.4851-15

3.4883-16

3.4209-15

5.2771-17

5.1750-16

1.3034

-0.6515

970

1.4369-16

1.4092-15

3.3055-16

3.2417-15

5.0205-17

4.9234-16

1.3004

-0.6506

980

1.3644-16

1.3381-15

3.1346-16

3.0740-15

4.7792-17

4.6868-16

1.2974

-0.6497

990

1.2964-16

1.2714-15

2.9745-16

2.9170-15

4.5520-17

4.4639-16

1.2944

-0.6489

1000

1.2325-16

1.2087-15

2.8244-16

2.7698-15

4.3379-17

4.2540-16

1.2916

-0.6480

1010

1.1725-16

1.1498-15

2.6835-16

2.6317-15

4.1360-17

4.0561-16

1.2888

-0.6472

1020

1.1160-16

1.0945-15

2.5512-16

2.5020-15

3.9456-17

3.8693-16

1.2860

-0.6465

1030

1.0628-16

1.0423-15

2.4269-16

2.3800-15

3.7657-17

3.6929-16

1.2833

-0.6457

1040

1.0128-16

9.9323-16

2.3099-16

2.2653-15

3.5958-17

3.5262-16

1.2807

-0.6450

1050

9.6560-17

9.4693-16

2.1997-16

2.1572-15

3.4351-17

3.3687-16

1.2781

-0.6443

1060

9.2106-17

9.0325-16

2.0959-16

2.0554-15

3.2830-17

3.2195-16

1.2756

-0.6436

1070

8.7900-17

8.6201-16

1.9980-16

1.9594-15

3.1391-17

3.0784-16

1.2731

-0.6429

1080

8.3926-17

8.2304-16

1.9056-16

1.8688-15

3.0027-17

2.9446-16

1.2706

-0.6422

1090

8.0169-17

7.8619-16

1.8183-16

1.7832-15

2.8734-17

2.8178-16

1.2682

-0.6416

1100

7.6614-17

7.5133-16

1.7359-16

1.7024-15

2.7508-17

2.6976-16

1.2658

-0.6410

1110

7.3249-17

7.1833-16

1.6579-16

1.6259-15

2.6344-17

2.5835-16

1.2635

-0.6403

1120

7.0061-17

6.8707-16

1.5842-16

1.5536-15

2.5239-17

2.4751-16

1.2612

-0.6398

1130

6.7040-17

6.5743-16

1.5143-16

1.4851-15

2.4190-17

2.3722-16

1.2589

-0.6392

1140

6.4174-17

6.2933-16

1.4482-16

1.4202-15

2.3192-17

2.2743-16

1.2567

-0.6386

1150

6.1455-17

6.0266-16

1.3854-16

1.3587-15

2.2243-17

2.1813-16

1.2545

-0.6381

1160

5.8873-17

5.7735-16

1.3260-16

1.3004-15

2.1340-17

2.0928-16

1.2523

-0.6375

1170

5.6420-17

5.5329-16

1.2695-16

1.2450-15

2.0481-17

2.0085-16

1.2502

-0.6370

1180

5.4089-17

5.3044-16

1.2159-16

1.1925-15

1.9663-17

1.9283-16

1.2481

-0.6365

1190

5.1873-17

5.0870-16

1.1650-16

1.1425-15

1.8883-17

1.8518-16

1.2460

-0.6360

1200

4.9764-17

4.8802-16

1.1166-16

1.0951-15

1.8140-17

1.7790-16

1.2439

-0.6355

1210

4.7758-17

4.6834-16

1.0706-16

1.0500-15

1.7432-17

1.7095-16

1.2419

-0.6350

1220

4.5846-17

4.4960-16

1.0269-16

1.0071-15

1.6756-17

1.6432-16

1.2399

-0.6345

1230

4.4026-17

4.3175-16

9.8528-17

9.6623-16

1.6111-17

1.5800-16

1.2379

-0.6340

1240

4.2291-17

4.1473-16

9.4562-17

9.2734-16

1.5495-17

1.5196-16

1.2360

-0.6336

1250

4.0636-17

3.9851-16

9.0785-17

8.9029-16

1.4907-17

1.4619-16

1.2341

-0.6331

1260

3.9058-17

3.8303-16

8.7185-17

8.5499-16

1.4345-17

1.4068-16

1.2322

-0.6327

1270

3.7552-17

3.6826-16

8.3752-17

8.2133-16

1.3808-17

1.3541-16

1.2303

-0.6323

1280

3.6115-17

3.5416-16

8.0479-17

7.8923-16

1.3295-17

1.3038-16

1.2284

-0.6319

1290

3.4742-17

3.4070-16

7.7356-17

7.5860-16

1.2804-17

1.2556-16

1.2266

-0.6315

1300

3.3430-17

3.2784-16

7.4375-17

7.2937-16

1.2334-17

1.2095-16

1.2247

-0.6310

1310

3.2177-17

3.1555-16

7.1528-17

7.0145-16

1.1884-17

1.1654-16

1.2229

-0.6306

1320

3.0978-17

3.0379-16

6.8809-17

6.7478-16

1.1454-17

1.1232-16

1.2212

-0.6303

1330

2.9832-17

2.9255-16

6.6210-17

6.4930-16

1.1041-17

1.0828-16

1.2194

-0.6299

1340

2.8736-17

2.8180-16

6.3727-17

6.2494-16

1.0646-17

1.0440-16

1.2177

-0.6295

1350

2.7686-17

2.7151-16

6.1351-17

6.0165-16

1.0268-17

1.0069-16

1.2159

-0.6291

1360

2.6682-17

2.6166-16

5.9080-17

5.7937-16

9.9052-18

9.7136-17

1.2142

-0.6288

1370

2.5719-17

2.5222-16

5.6906-17

5.5805-16

9.5572-18

9.3724-17

1.2125

-0.6284

1380

2.4798-17

2.4318-16

5.4825-17

5.3765-16

9.2234-18

9.0450-17

1.2109

-0.6281

1390

2.3914-17

2.3452-16

5.2832-17

5.1811-16

8.9031-18

8.7310-17

1.2092

-0.6277

1400

2.3068-17

2.2622-16

5.0924-17

4.9939-16

8.5958-18

8.4296-17

1.2076

-0.6274

1410

2.2256-17

2.1826-16

4.9096-17

4.8146-16

8.3007-18

8.1402-17

1.2059

-0.6270

1420

2.1478-17

2.1062-16

4.7344-17

4.6428-16

8.0174-18

7.8624-17

1.2043

-0.6267

1430

2.0731-17

2.0330-16

4.5664-17

4.4781-16

7.7453-18

7.5955-17

1.2027

-0.6264

1440

2.0014-17

1.9627-16

4.4053-17

4.3201-16

7.4839-18

7.3392-17

1.2011

-0.6261

1450

1.9326-17

1.8952-16

4.2508-17

4.1686-16

7.2326-18

7.0928-17

1.1995

-0.6258

1460

1.8665-17

1.8304-16

4.1026-17

4.0233-16

6.9911-18

6.8560-17

1.1980

-0.6254

1470

1.8030-17

1.7682-16

3.9603-17

3.8838-16

6.7589-18

6.6283-17

1.1964

-0.6251

1480

1.7421-17

1.7084-16

3.8238-17

3.7498-16

6.5356-18

6.4093-17

1.1949

-0.6248

1490

1.6835-17

1.6510-16

3.6926-17

3.6212-16

6.3209-18

6.1986-17

1.1934

-0.6245

1500

1.6272-17

1.5957-16

3.5667-17

3.4977-16

6.1142-18

5.9960-17

1.1919

-0.6243


Таблица 11


Плотность и относительные отклонения плотности атмосферы для 100·10 Вт/м·Гц

Высота, км

Модельная
плотность

Максимальная
плотность

Минимальная плотность

Относительные отклонения плотности

кгс·с

кг/м

кгс·с

кг/м

кгс·с

кг/м

max

min

120

2.4885-09

2.4404-08

2.4885-09

2.4404-08

2.4885-09

2.4404-08

0.0000

-0.0000

121

2.1605-09

2.1187-08

2.1772-09

2.1351-08

2.1496-09

2.1080-08

0.0078

-0.0050

122

1.8972-09

1.8606-08

1.9282-09

1.8909-08

1.8763-09

1.8400-08

0.0163

-0.0110

123

1.6805-09

1.6480-08

1.7216-09

1.6883-08

1.6521-09

1.6201-08

0.0244

-0.0169

124

1.4991-09

1.4701-08

1.5473-09

1.5174-08

1.4651-09

1.4368-08

0.0322

-0.0226

125

1.3453-09

1.3193-08

1.3986-09

1.3715-08

1.3073-09

1.2821-08

0.0396

-0.0282

126

1.2134-09

1.1900-08

1.2702-09

1.2456-08

1.1727-09

1.1500-08

0.0468

-0.0336

127

1.0994-09

1.0782-08

1.1585-09

1.1361-08

1.0567-09

1.0363-08

0.0537

-0.0388

128

1.0000-09

9.8069-09

1.0604-09

1.0399-08

9.5612-10

9.3763-09

0.0604

-0.0439

129

9.1281-10

8.9516-09

9.7387-10

9.5504-09

8.6822-10

8.5143-09

0.0669

-0.0488

130

8.3581-10

8.1965-09

8.9701-10

8.7967-09

7.9097-10

7.7567-09

0.0732

-0.0536

131

7.6747-10

7.5263-09

8.2841-10

8.1239-09

7.2271-10

7.0874-09

0.0794

-0.0583

132

7.0654-10

6.9288-09

7.6690-10

7.5207-09

6.6212-10

6.4932-09

0.0854

-0.0629

133

6.5198-10

6.3937-09

7.1152-10

6.9776-09

6.0810-10

5.9634-03

0.0913

-0.0673

134

6.0293-10

5.9127-09

6.6148-10

6.4869-09

5.5975-10

5.4892-09

0.0971

-0.0716

135

5.5869-10

5.4789-09

6.1610-10

6.0419-09

5.1632-10

5.0633-09

0.1028

-0.0758

136

5.1865-10

5.0863-09

5.7484-10

5.6372-09

4.7718-10

4.6795-09

0.1083

-0.0800

137

4.8232-10

4.7299-09

5.3720-10

5.2681-09

4.4181-10

4.3326-09

0.1138

-0.0840

138

4.4925-10

4.4056-09

5.0278-10

4.9306-09

4.0975-10

4.0182-09

0.1192

-0.0879

139

4.1908-10

4.1098-09

4.7123-10

4.6212-09

3.8061-10

3.7325-09

0.1244

-0.0918

140

3.9149-10

3.8392-09

4.4224-10

4.3369-09

3.5408-10

3.4723-09

0.1296

-0.0956

141

3.6620-10

3.5912-09

4.1556-10

4.0752-09

3.2985-10

3.2347-09

0.1348

-0.0993

142

3.4298-10

3.3635-09

3.9094-10

3.8338-09

3.0769-10

3.0174-09

0.1398

-0.1029

143

3.2161-10

3.1539-09

3.6819-10

3.6107-09

2.8737-10

2.8182-09

0.1448

-0.1065

144

3.0192-10

2.9608-09

3.4713-10

3.4041-09

2.6872-10

2.6352-09

0.1497

-0.1100

145

2.8373-10

2.7824-09

3.2760-10

3.2126-09

2.5156-10

2.4669-09

0.1546

-0.1134

146

2.6691-10

2.6175-09

3.0946-10

3.0347-09

2.3574-10

2.3119-09

0.1594

-0.1168

147

2.5133-10

2.4647-09

2.9259-10

2.8693-09

2.2115-10

2.1687-09

0.1642

-0.1201

148

2.3687-10

2.3229-09

2.7687-10

2.7152-09

2.0766-10

2.0365-09

0.1689

-0.1233

149

2.2345-10

2.1913-09

2.6222-10

2.5715-09

1.9518-10

1.9140-09

0.1735

-0.1265

150

2.1096-10

2.0688-09

2.4854-10

2.4374-09

1.8361-10

1.8006-09

0.1781

-0.1297

151

1.9934-10

1.9548-09

2.3575-10

2.3119-09

1.7287-10

1.6953-09

0.1827

-0.1328

152

1.8849-10

1.8485-09

2.2378-10

2.1945-09

1.6289-10

1.5974-09

0.1872

-0.1358

153

1.7838-10

1.7493-09

2.1257-10

2.0846-09

1.5361-10

1.5064-09

0.1917

-0.1388

154

1.6892-10

1.6566-09

2.0205-10

1.9814-09

1.4497-10

1.4217-09

0.1961

-0.1418

155

1.6008-10

1.5698-09

1.9217-10

1.8846-09

1.3691-10

1.3427-09

0.2005

-0.1447

156

1.5180-10

1.4886-09

1.8290-10

1.7936-09

1.2940-10

1.2689-09

0.2049

-0.1476

157

1.4404-10

1.4126-09

1.7417-10

1.7080-09

1.2237-10

1.2001-09

0.2092

-0.1504

158

1.3676-10

1.3412-09

1.6595-10

1.6275-09

1.1581-10

1.1357-09

0.2135

-0.1532

159

1.2993-10

1.2742-09

1.5822-10

1.5516-09

1.0966-10

1.0754-09

0.2177

-0.1560

160

1.2351-10

1.2112-09

1.5092-10

1.4800-09

1.0391-10

1.0190-09

0.2219

-0.1587

161

1.1747-10

1.1520-09

1.4403-10

1.4125-09

9.8511-11

9.6606-10

0.2261

-0.1614

162

1.1179-10

1.0962-09

1.3753-10

1.3487-09

9.3449-11

9.1642-10

0.2303

-0.1640

163

1.0643-10

1.0438-09

1.3138-10

1.2884-09

8.8696-11

8.6981-10

0.2344

-0.1667

164

1.0139-10

9.9428-10

1.2557-10

1.2314-09

8.4229-11

8.2600-10

0.2385

-0.1692

165

9.6629-11

9.4761-10

1.2007-10

1.1775-09

8.0029-11

7.8482-10

0.2426

-0.1718

166

9.2138-11

9.0356-10

1.1486-10

1.1264-09

7.6076-11

7.4606-10

0.2466

-0.1743

167

8.7895-11

8.6196-10

1.0993-10

1.0780-09

7.2355-11

7.0956-10

0.2507

-0.1768

168

8.3886-11

8.2264-10

1.0525-10

1.0321-09

6.8847-11

6.7516-10

0.2546

-0.1793

169

8.0094-11

7.8546-10

1.0081-10

9.8859-10

6.5541-11

6.4273-10

0.2586

-0.1817

170

7.6507-11

7.5027-10

9.6595-11

9.4727-10

6.2420-11

6.1214-10

0.2626

-0.1841

171

7.3110-11

7.1696-10

9.2593-11

9.0803-10

5.9475-11

5.8325-10

0.2665

-0.1865

172

6.9892-11

6.8540-10

8.8790-11

8.7074-10

5.6692-11

5.5596-10

0.2704

-0.1889

173

6.6841-11

6.5549-10

8.5175-11

8.3528-10

5.4063-11

5.3017-10

0.2743

-0.1912

174

6.3949-11

6.2712-10

8.1736-11

8.0155-10

5.1575-11

5.0578-10

0.2781

-0.1935

175

6.1204-11

6.0020-10

7.8462-11

7.6945-10

4.9222-11

4.8270-10

0.2820

-0.1958

176

5.8598-11

5.7465-10

7.5345-11

7.3889-10

4.6994-11

4.6086-10

0.2858

-0.1980

177

5.6123-11

5.5038-10

7.2376-11

7.0977-10

4.4884-11

4.4016-10

0.2896

-0.2003

178

5.3771-11

5.2731-10

6.9547-11

6.8202-10

4.2884-11

4.2055-10

0.2934

-0.2025

179

5.1535-11

5.0538-10

6.6848-11

6.5556-10

4.0988-11

4.0196-10

0.2972

-0.2047

180

4.7509-11

4.6591-10

5.7727-11

5.6611-10

3.9434-11

3.8672-10

0.2151

-0.1700

181

4.5855-11

4.4969-10

5.6018-11

5.4935-10

3.7918-11

3.7185-10

0.2216

-0.1731

182

4.4268-11

4.3412-10

5.4367-11

5.3316-10

3.6467-11

3.5762-10

0.2281

-0.1762

183

4.2743-11

4.1917-10

5.2772-11

5.1751-10

3.5078-11

3.4399-10

0.2346

-0.1793

184

4.1279-11

4.0481-10

5.1230-11

5.0239-10

3.3747-11

3.3095-10

0.2411

-0.1825

185

3.9872-11

3.9102-10

4.9739-11

4.8778-10

3.2473-11

3.1845-10

0.2475

-0.1856

186

3.8521-11

3.7776-10

4.8298-11

4.7364-10

3.1253-11

3.0648-10

0.2538

-0.1887

187

3.7222-11

3.6502-10

4.6905-11

4.5998-10

3.0083-11

2.9501-10

0.2601

-0.1918

188

3.5973-11

3.5278-10

4.5558-11

4.4677-10

2.8962-11

2.8402-10

0.2664

-0.1949

189

3.4773-11

3.4100-10

4.4254-11

4.3399-10

2.7888-11

2.7349-10

0.2727

-0.1980

190

3.3618-11

3.2968-10

4.2994-11

4.2162-10

2.6858-11

2.6338-10

0.2789

-0.2011

191

3.2507-11

3.1879-10

4.1774-11

4.0966-10

2.5870-11

2.5370-10

0.2851

-0.2042

192

3.1438-11

3.0830-10

4.0593-11

3.9808-10

2.4922-11

2.4441-10

0.2912

-0.2073

193

3.0410-11

2.9822-10

3.9451-11

3.8688-10

2.4013-11

2.3549-10

0.2973

-0.2103

194

2.9419-11

2.8851-10

3.8345-11

3.7603-10

2.3141-11

2.2694-10

0.3034

-0.2134

195

2.8466-11

2.7916-10

3.7274-11

3.6553-10

2.2304-11

2.1873-10

0.3094

-0.2165

196

2.7548-11

2.7015-10

3.6237-11

3.5537-10

2.1501-11

2.1085-10

0.3154

-0.2195

197

2.6664-11

2.6148-10

3.5233-11

3.4552-10

2.0729-11

2.0329-10

0.3214

-0.2226

198

2.5812-11

2.5312-10

3.4261-11

3.3599-10

1.9989-11

1.9602-10

0.3274

-0.2256

199

2.4991-11

2.4507-10

3.3319-11

3.2675-10

1.9277-11

1.8904-10

0.3333

-0.2286

200

2.4199-11

2.3731-10

3.2406-11

3.1780-10

1.8594-11

1.8234-10

0.3391

-0.2316

201

2.3437-11

2.2983-10

3.1…..*22-11

3.0913-10

1.7937-11

1.7590-10

0.3450

-0.2347

________________

* Брак оригинала. - .

202

2.2701-11

2.2262-10

3.0665-11

3.0072-10

1.7306-11

1.6972-10

0.3508

-0.2377

203

2.1992-11

2.1567-10

2.9835-11

2.9258-10

1.6700-11

1.6377-10

0.3566

-0.2406

204

2.1308-11

2.0896-10

2.9030-11

2.8469-10

1.6117-11

1.5805-10

0.3624

-0.2436

205

2.0648-11

2.0249-10

2.8249-11

2.7703-10

1.5556-11

1.5256-10

0.3681

-0.2466

206

2.0012-11

1.9625-10

2.7493-11

2.6961-10

1.5018-11

1.4727-10

0.3738

-0.2496

207

1.9397-11

1.9022-10

2.6759-11

2.6242-10

1.4499-11

1.4219-10

0.3795

-0.2525

208

1.8804-11

1.8441-10

2.6047-11

2.5544-10

1.4001-11

1.3730-10

0.3852

-0.2555

209

1.8232-11

1.7879-10

2.5357-11

2.4867-10

1.3521-11

1.3260-10

0.3908

-0.2584

210

1.7679-11

1.7338-10

2.4687-11

2.4210-10

1.3060-11

1.2807-10

0.3964

-0.2613

211

1.7146-11

1.6814-10

2.4038-11

2.3573-10

1.2615-11

1.2371-10

0.4020

-0.2642

212

1.6630-11

1.6309-10

2.3408-11

2.2955-10

1.2188-11

1.1952-10

0.4075

-0.2671

213

1.6132-11

1.5820-10

2.2796-11

2.2355-10

1.1776-11

1.1…..*49-10

0.4131

-0.2700

________________

* Брак оригинала. - .

214

1.5651-11

1.5349-10

2.2202-11

2.1773-10

1.1380-11

1.1160-10

0.4186

-0.2729

215

1.5186-11

1.4893-10

2.1626-11

2.1208-10

1.0999-11

1.0786-10

0.4240

-0.2758

216

1.4737-11

1.4452-10

2.1067-11

2.0659-10

1.0631-11

1.0426-10

0.4295

-0.2786

217

1.4303-11

1.4026-10

2.0…..*24-11

2.0127-10

1.0277-11

1.0079-10

0.4349

-0.2815

________________

* Брак оригинала. - .

218

1.3883-11

1.3615-10

1.9996-11

1.9610-10

9.9362-12

9.7441-11

0.4403

-0.2843

219

1.3477-11

1.3217-10

1.9484-11

1.9107-10

9.6077-12

9.4219-11

0.4457

-0.2871

220

1.3085-11

1.2832-10

1.8987-11

1.8620-10

9.2911-12

9.1115-11

0.4511

-0.2899

221

1.2705-11

1.2459-10

1.8.....*04-11

1.8146-10

8.9860-12

8.8122-11

0.4564

-0.2927

________________

* Брак оригинала. - .

222

1.2338-11

1.2099-10

1.8035-11

1.7686-10

8.6919-12

8.5238-11

0.4617

-0.2955

223

1.1983-11

1.1751-10

1.7579-11

1.7239-10

8.4083-12

8.2458-11

0.4670

-0.2983

224

1.1639-11

1.1414-10

1.7136-11

1.6805-10

8.1350-12

7.9777-11

0.4723

-0.3010

225

1.1306-11

1.1088-10

1.6706-11

1.6383-10

7.8714-12

7.7192-11

0.4776

-0.3038

226

1.0984-11

1.0772-10

1.6287-11

1.5973-10

7.6171-12

7.4698-11

0.4828

-0.3065

227

1.0673-11

1.0466-10

1.5881-11

1.5574-10

7.3719-12

7 2293 11

0.4880

-0.3093

228

1.0371-11

1.0170-10

1.5486-11

1.5187-10

7.1353-12

6.9974-11

0.4932

-0.3120

229

1.0079-11

9.8840-11

1.5102-11

1.4810-10

6.9071-12

6.7735-11

0.4984

-0.3147

230

9.7960-12

9.6066-11

1.4729-11

1.4444-10

6.....8*-12

6.5575-11

0.5035

-0.3174

________________

* Брак оригинала. - .

231

9.5220-12

9.3379-11

1.4366-11

1.4088-10

6.4743-12

6.3491-11

0.5087

-0.3201

232

9.2567-12

9.0777-11

1.4013-11

1.3742-10

6.2692-12

6.1479-11

0.5138

-0.3227

233

8.9996-12

8.8256-11

1.3669-11

1.3405-10

6.0711-12

5.9538-11

0.5189

-0.3254

234

8.7506-12

8.5814-11

1.3335-11

1.3078-10

5.8800-12

5.7663-11

0.5239

-0.3280

235

8.5092-12

8.3447-11

1.3011-11

1.27…..*9-10

5.6954-12

5.5853-11

0.5290

-0.3307

________________

* Брак оригинала. - .

236

8.2754-12

8.11…..*4-11

1.2695-11

1.2449-10

5.5172-12

5.4105-11

0.5340

-0.3333

________________

* Брак оригинала. - .

237

8.0487-12

7.8931-11

1.2388-11

1.2148-10

5.3450-12

5.2417-11

0.5391

-0.3359

238

7.8290-12

7.6776-11

1.2089-11

1.1850-10

5.1788-12

5.0787-11

0.5441

-0.3385

239

7.6160-12

7.4688-11

1.1798-11

1.1570-10

5.0182-12

4.9212-11

0.5491

-0.3411

240

7.4095-12

7.2662-11

1.1515-11

1.1292-10

4.8630-12

4.7690-11

0.5540

-0.3437

241

7.2093-12

7.0699-11

1.1239-11

1.1022-10

4.7131-12

4.6220-11

0.5590

-0.3462

242

7.0151-12

6.8794-11

1.0971-11

1.0759-10

4.5683-12

4.4800-11

0.5639

-0.3488

243

6.8267-12

6.6947-11

1.0710-11

1.0503-10

4.4283-12

4.3427-11

0.5688

-0.3513

244

6.6440-12

6.5156-11

1.0456-11

1.0254-10

4.2930-12

4.2100-11

0.5737

-0.3539

245

6.4668-12

6.3418-11

1.0209-11

1.0011-10

4.1622-12

4.0817-11

0.5786

-0.3564

246

6.2949-12

6.1732-11

9.9678-12

9.7751-11

4.0358-12

3.9577-11

0.5835

-0.3589

247

6.1280-12

6.0095-11

9.7334-12

9.5452-11

3.9135-12

3.8379-11

0.5883

-0.3614

248

5.9661-12

5.8508-11

9.5051-12

9.3213-11

3.7953-12

3.7219-11

0.5932

-0.3639

249

5.8090-12

5.6967-11

9.2828-12

9.1033-11

3.6810-12

3.6098-11

0.5980

-0.3663

250

5.6565-12

5.5471-11

9.0662-12

8.8909-11

3.5705-12

3.5014-11

0.6028

-0.3688

255

4.9580-12

4.8622-11

8.0648-12

7.9089-11

3.0695-12

3.0102-11

0.6266

-0.3809

260

4.3545-12

4.2703-11

7.1852-12

7.0463-11

2.6444-12

2.5932-11

0.6501

-0.3927

265

3.8318-12

3.7577-11

6.4113-12

6.2873-11

2.2827-12

2.2385-11

0.6732

-0.4043

270

3.3780-12

3.3127-11

5.7289-12

5.6182-11

1.9742-12

1.9360-11

0.6960

-0.4156

275

2.9832-12

2.9255-11

5.1264-12

5.0272-11

1.7106-12

1.6775-11

0.7184

-0.4266

280

2.6389-12

2.5879-11

4.5933-12

4.5045-11

1.4848-12

1.4561-11

0.7406

-0.4373

285

2.3381-12

2.2929-11

4.1211-12

4.0414-11

1.2911-12

1.2661-11

0.7625

-0.4478

290

2.0749-12

2.0348-11

3.7020-12

3.6304-11

1.1245-12

1.1027-11

0.7842

-0.4581

295

1.8440-12

1.8084-11

3.3295-12

3.2652-11

9.8091-13

9.6195-12

0.8056

-0.4681

300

1.6412-12

1.6095-11

2.9981-12

2.9401-11

8.5701-13

8.4044-12

0.8268

-0.4778

305

1.4627-12

1.4344-11

2.7026-12

2.6504-11

7.4988-13

7.3538-12

0.8477

-0.4873

310

1.3054-12

1.2801-11

2.4390-12

2.3919-11

6.5708-13

6.4438-12

0.8684

-0.4966

315

1.1665-12

1.1439-11

2.2034-12

2.1608-11

5.7658-13

5.6543-12

0.8890

-0.5057

320

1.0437-12

1.0235-11

1.9926-12

1.9541-11

5.0662-13

4.9682-12

0.9093

-0.5146

325

9.3492-13

9.1684-12

1.8038-12

1.7690-11

4.4573-13

4.3712-12

0.9294

-0.5232

330

8.3848-13

8.2227-12

1.6345-12

1.6029-11

3.9267-13

3.8507-12

0.9493

-0.5317

335

7.5284-13

7.3829-12

1.4824-12

1.4538-11

3.4635-13

3.3965-12

0.9691

-0.5400

340

6.7670-13

6.6361-12

1.3458-12

1.3197-11

3.0585-13

2.9994-12

0.9887

-0.5480

345

6.0890-13

5.9713-12

1.2228-12

1.1991-11

2.7041-13

2.6519-12

1.0082

-0.5559

350

5.4847-13

5.3786-12

1.1120-12

1.0905-11

2.3935-13

2.3472-12

1.0275

-0.5636

355

4.9453-13

4.8496-12

1.0121-12

9.9253-12

2.1209-13

2.0799-12

1.0466

-0.5711

360

4.4633-13

4.3770-12

9.2193-13

9.0411-12

1.8814-13

1.8450-12

1.0656

-0.5785

365

4.0321-13

3.9541-12

8.4047-13

8.2422-12

1.6706-13

1.6383-12

1.0845

-0.5857

370

3.6459-13

3.5754-12

7.6680-13

7.5198-12

1.4850-13

1.4563-12

1.1032

-0.5927

375

3.2997-13

3.2359-12

7.0013-13

6.8659-12

1.3213-13

1.2958-12

1.1218

-0.5996

380

2.9890-13

2.9312-12

6.3972-13

6.2735-12

1.1768-13

1.1541-12

1.1403

-0.6063

385

2.7098-13

2.6574-12

5.8495-13

5.7364-12

1.0491-13

1.0288-12

1.1586

-0.6129

390

2.4588-13

2.4112-12

5.3525-13

5.2490-12

9.3612-14

9.1802-13

1.1769

-0.6193

395

2.2328-13

2.1896-12

4.9010-13

4.8063-12

8.3606-14

8.1989-13

1.1950

-0.6256

400

2.0292-13

1.9900-12

4.4907-13

4.4039-12

7.4734-14

7.3289-13

1.2130

-0.6317

405

1.8456-13

1.8099-12

4.1174-13

4.0378-12

6.6862-14

6.5569-13

1.2310

-0.6377

410

1.6799-13

1.6474-12

3.7776-13

3.7046-12

5.9869-14

5.8711-13

1.2488

-0.6436

415

1.5301-13

1.5006-12

3.4681-13

3.4010-12

5.3652-14

5.2614-13

1.2665

-0.6494

420

1.3948-13

1.3678-12

3.1858-13

3.1242-12

4.8118-14

4.7188-13

1.2841

-0.6550

425

1.2722-13

1.2476-12

2.9283-13

2.8717-12

4.3190-14

4.2355-13

1.3017

-0.6605

430

1.1613-13

1.1388-12

2.6932-13

2.6411-12

3.8796-14

3.8046-13

1.3191

-0.6659

435

1.0607-13

1.0402-12

2.4784-13

2.4305-12

3.4875-14

3.4201-13

1.3365

-0.6712

440

9.6951-14

9.5077-13

2.2820-13

2.2379-12

3.1374-14

3.0767-13

1.3538

-0.6764

445

8.8371-14

8.6956-13

2.1024-13

2.0617-12

2.8244-14

2.7698-13

1.3710

-0.6815

450

8.1148-14

7.9579-13

1.9379-13

1.9005-12

2.5445-14

2.4953-13

1.3881

-0.6864

455

7.4310-14

7.2873-13

1.7873-13

1.7528-12

2.2939-14

2.2495-13

1.4052

-0.6913

460

6.8089-14

6.6773-13

1.6492-13

1.6174-12

2.0694-14

2.0294-13

1.4222

-0.6961

465

6.2426-14

6.1219-13

1.5226-13

1.4932-12

1.8681-14

1.8320-13

1.4391

-0.7007

470

5.7266-14

5.6159-13

1.4064-13

1.3792-12

1.6875-14

1.6549-13

1.4560

-0.7053

475

5.2564-14

5.1547-13

1.2998-13

1.2746-12

1.5253-14

1.4958-13

1.4727

-0.7098

480

4.8274-14

4.7340-13

1.2018-13

1.1785-12

1.3796-14

1.3529-13

1.4895

-0.7142

485

4.4358-14

4.3500-13

1.1117-13

1.0902-12

1.2486-14

1.2244-13

1.5061

-0.7185

490

4.0782-14

3.9993-13

1.0288-13

1.0089-12

1.1307-14

1.1088-13

1.5227

-0.7228

495

3.7514-14

3.6789-13

9.5257-14

9.3415-13

1.0245-14

1.0047-13

1.5392

-0.7269

500

3.4525-14

3.3858-13

8.8238-14

8.6531-13

9.2887-15

9.1091-14

1.5557

-0.7310

505

3.1791-14

3.1177-13

8.1772-14

8.0191-13

8.4264-15

8.2635-14

1.5721

-0.7349

510

2.9288-14

2.8722-13

7.5813-14

7.4347-13

7.6485-15

7.5006-14

1.5885

-0.7389

515

2.6995-14

2.6473-13

7.0318-14

6.8958-13

6.9462-15

6.8119-14

1.6048

-0.7427

520

2.4894-14

2.4412-13

6.5249-14

6.3987-13

6.3119-15

6.1898-14

1.6211

-0.7464

525

2.2967-14

2.2523-13

6.0570-14

5.9399-13

5.7385-15

5.6276-14

1.6373

-0.7501

530

2.1199-14

2.0789-13

5.6250-14

5.5163-13

5.2200-15

5.1191-14

1.6535

-0.7538

535

1.9576-14

1.9197-13

5.2259-14

5.1249-13

4.7508-15

4.6590-14

1.6696

-0.7573

540

1.8085-14

1.7735-13

4.8570-14

4.7631-13

4.3260-15

4.2424-14

1.6857

-0.7608

545

1.6715-14

1.6392-13

4.5159-14

4.4286-13

3.9412-15

3.8650-14

1.7017

-0.7642

550

1.5456-14

1.5157-13

4.2004-14

4.1192-13

3.5923-15

3.5229-14

1.7177

-0.7676

555

1.4297-14

1.4021-13

3.9084-14

3.8328-13

3.2760-15

3.2126-14

1.7336

-0.7709

560

1.3231-14

1.2975-13

3.6380-14

3.5677-13

2.9889-15

2.9311-14

1.7495

-0.7741

565

1.2250-14

1.2013-13

3.3876-14

3.3221-13

2.7283-15

2.6755-14

1.7654

-0.7773

570

1.1346-14

1.1126-13

3.1555-14

3.0945-13

2.4915-15

2.4433-14

1.7812

-0.7804

575

1.0513-14

1.0309-13

2.9404-14

2.8835-13

2.2764-15

2.2323-14

1.7970

-0.7835

580

9.7444-15

9.5560-14

2.7409-14

2.6879-13

2.0807-15

2.0405-14

1.8128

-0.7865

585

9.0359-15

8.8612-14

2.5558-14

2.5064-13

1.9027-15

1.8659-14

1.8285

-0.7894

590

8.3821-15

8.2200-14

2.3840-14

2.3379-13

1.7407-15

1.7071-14

1.8442

-0.7923

595

7.7785-15

7.6281-14

2.2245-14

2.1815-13

1.5932-15

1.5624-14

1.8598

-0.7952

600

7.2211-15

7.0815-14

2.0764-14

2.0362-13

1.4588-15

1.4306-14

1.8754

-0.7980

610

6.0704-15

5.9530-14

1.6904-14

1.6577-13

1.3210-15

1.2954-14

1.7846

-0.7824

620

5.1922-15

5.0918-14

1.4300-14

1.4023-13

1.1691-15

1.1465-14

1.7541

-0.7748

630

4.4948-15

4.4078-14

1.2258-14

1.2021-13

1.0422-15

1.0220-14

1.7271

-0.7681

640

3.9286-15

3.8526-14

1.0618-14

1.0412-13

9.3479-16

9.1672-15

1.7027

-0.7621

650

3.4610-15

3.3940-14

9.2766-15

9.0973-14

8.4286-16

8.2657-15

1.6804

-0.7565

660

3.0694-15

3.0101-14

8.1636-15

8.0058-14

7.6344-16

7.4868-15

1.6597

-0.7513

670

2.7377-15

2.6848-14

7.2286-15

7.0889-14

6.9427-16

6.8085-15

1.6404

-0.7464

680

2.4541-15

2.4066-14

6.4351-15

6.3107-14

6.3361-16

6.2136-15

1.6222

-0.7418

690

2.2094-15

2.1667-14

5.7557-15

5.6444-14

5.8009-16

5.6888-15

1.6051

-0.7374

700

1.9969-15

1.9583-14

5.1695-15

5.0696-14

5.3262-16

5.2232-15

1.5888

-0.7333

710

1.8111-15

1.7761-14

4.6605-15

4.5704-14

4.9030-16

4.8083-15

1.5732

-0.7293

720

1.6478-15

1.6160-14

4.2158-15

4.1342-14

4.5243-16

4.4368-15

1.5584

-0.7254

730

1.5035-15

1.4744-14

4.8252-15

3.7512-14

4.1839-16

4.1031-15

1.5441

-0.7217

740

1.3754-15

1.3489-14

3.4805-15

3.4132-14

3.8769-16

3.8020-15

1.5304

-0.7181

750

1.2613-15

1.2369-14

3.1750-15

3.1136-14

3.5992-16

3.5297-15

1.5172

-0.7146

760

1.1592-15

1.1368-14

2.9033-15

2.8471-14

3.3472-16

3.2826-15

1.5045

-0.7112

770

1.0676-15

1.0470-14

2.6606-15

2.6091-14

3.1179-16

3.0577-15

1.4921

-0.7079

780

9.8508-16

9.6604-15

2.4432-15

2.3959-14

2.9087-16

2.8525-15

1.4802

-0.7047

790

9.1057-16

8.9297-15

2.2478-15

2.2044-14

2.7174-16

2.6649-15

1.4686

-0.7016

800

8.4311-16

8.2681-15

2.0718-15

2.0317-14

2.5421-16

2.4930-15

1.4573

-0.6985

810

7.8187-16

7.6676-15

1.9127-15

1.8757-14

2.3811-16

2.3351-15

1.4463

-0.6955

820

7.2615-16

7.1211-15

1.7686-15

1.7344-14

2.2330-16

2.1899-15

1.4356

-0.6925

830

6.7534-16

6.6229-15

1.6379-15

1.6062-14

2.0964-16

2.0559-15

1.4252

-0.6896

840

6.2892-16

6.1676-15

1.5189-15

1.4895-14

1.9703-16

1.9323-15

1.4150

-0.6867

850

5.8641-16

5.7508-15

1.4104-15

1.3831-14

1.8537-16

1.8179-15

1.4051

-0.6839

860

5.4743-16

5.3685-15

1.3113-15

1.2860-14

1.7457-16

1.7120-15

1.3954

-0.6811

870

5.1162-16

5.0173-15

1.2207-15

1.1971-14

1.6455-16

1.6138-15

1.3859

-0.6784

880

4.7866-16

4.6941-15

1.1376-15

1.1156-14

1.5525-16

1.5225-15

1.3766

-0.6757

890

4.4829-16

4.3962-15

1.0613-15

1.0408-14

1.4659-16

1.4376-15

1.3675

-0.6730

900

4.2025-16

4.1213-15

9.9120-16

9.7204-15

1.3853-16

1.3585-15

1.3586

-0.6704

910

3.9433-16

3.8671-15

9.2663-16

9.0872-15

1.3101-16

1.2848-15

1.3498

-0.6678

920

3.7035-16

3.6319-15

8.6709-16

8.5033-15

1.2399-16

1.2160-15

1.3413

-0.6652

930

3.4812-16

3.4139-15

8.1211-16

7.9642-15

1.1744-16

1.1517-15

1.3328

-0.6626

940

3.2750-16

3.2117-15

7.6129-16

7.4658-15

1.1130-16

1.0916-15

1.3246

-0.6601

950

3.0834-16

3.0238-15

7.1425-16

7.0045-15

1.0556-16

1.0352-15

1.3164

-0.6576

960

2.9052-16

2.8491-15

6.7066-16

6.5770-15

1.0018-16

9.8246-16

1.3084

-0.6552

970

2.7394-16

2.6865-15

6.3022-16

6.1804-15

9.5133-17

9.3294-16

1.3006

-0.6527

980

2.5848-16

2.5349-15

5.9266-16

5.8121-15

9.0393-17

8.8645-16

1.2928

-0.6503

990

2.4407-16

2.3935-15

5.5775-16

5.4697-15

8.5937-17

8.4276-16

1.2852

-0.6479

1000

2.3060-16

2.2615-15

5.2526-16

5.1511-15

8.1747-17

8.0167-16

1.2777

-0.6455

1010

2.1803-16

2.1381-15

4.9500-16

4.8543-15

7.7803-17

7.6299-16

1.2704

-0.6432

1020

2.0626-16

2.0228-15

4.6679-16

4.5777-15

7.4088-17

7.2656-16

1.2631

-0.6408

1030

1.9524-16

1.9147-15

4.4046-16

4.3195-15

7.0586-17

6.9221-16

1.2559

-0.6385

1040

1.8492-16

1.8135-15

4.1587-16

4.0784-15

6.7283-17

6.5982-16

1.2489

-0.6362

1050

1.7525-16

1.7186-15

3.9289-16

3.8530-15

6.4164-17

6.2924-16

1.2419

-0.6339

1060

1.6617-16

1.6296-15

3.7139-16

3.6422-15

6.1219-17

6.0035-16

1.2350

-0.6316

1070

1.5764-16

1.5460-15

3.5127-16

3.4448-15

5.8435-17

5.7305-16

1.2282

-0.6293

1080

1.4963-16

1.4674-15

3.3241-16

3.2599-15

5.5801-17

5.4722-16

1.2216

-0.6271

1090

1.4209-16

1.3935-15

3.1474-16

3.0866-15

5.3309-17

5.2279-16

1.2150

-0.6248

1100

1.3500-16

1.3240-15

2.9815-16

2.9239-15

5.0950-17

4.9965-16

1.2084

-0.6226

1110

1.2833-16

1.2585-15

2.8258-16

2.7712-15

4.8714-17

4.7772-16

1.2020

-0.6204

1120

1.2204-16

1.1968-15

2.6796-16

2.6278-15

4.6595-17

4.5694-16

1.1937

-0.6182

1130

1.1611-16

1.1387-15

2.5421-16

2.4930-15

4.4584-17

4.3722-16

1.1894

-0.6160

1140

1.1051-16

1.0838-15

2.4127-16

2.3661-15

4.2677-17

4.18…..*2-16

1.1832

-0.6138

________________

* Брак оригинала. - .

1150

1.0523-16

1.0320-15

2.2910-16

2.2467-15

4.0866-17

4.0075-16

1.1771

-0.6117

1160

1.0024-16

9.8310-16

2.1763-16

2.1343-15

3.9145-17

3.8388-16

1.1710

-0.6095

1170

9.5536-17

9.3689-16

2.0683-16

2.0284-15

3.7510-17

3.6785-16

1.1650

-0.6074

1180

9.1081-17

8.9320-16

1.9665-16

1.9285-15

3.5955-17

3.5260-16

1.1591

-0.6052

1190

8.6866-17

8.5187-16

1.8704-16

1.8343-15

3.4476-17

3.3809-16

1.1532

-0.6031

1200

8.2878-17

8.1276-16

1.7797-16

1.7454-15

3.3069-17

3.2429-16

1.1474

-0.6010

1210

7.9102-17

7.7572-16

1.6941-16

1.6614-15

3.1728-17

3.1115-16

1.1417

-0.5989

1220

7.5524-17

7.4064-16

1.6132-16

1.5820-15

3.0452-17

2.9863-16

1.1360

-0.5968

1230

7.2133-17

7.0739-16

1.5367-16

1.5070-15

2.9286-17

2.8670-16

1.1304

-0.5947

1240

6.8919-17

6.7586-16

1.4644-16

1.4361-15

2.8076-17

2.7533-16

1.1249

-0.5926

1250

6.5869-17

6.4595-16

1.3960-16

1.3690-15

2.6970-17

2.6449-16

1.1194

-0.5905

1260

6.2974-17

6.1757-16

1.3312-16

1.3055-15

2.5915-17

2.5414-16

1.1139

-0.5885

1270

6.0226-17

5.9062-16

1.2699-16

1.2454-15

2.4909-17

2.4427-16

1.1085

-0.5864

1280

5.7616-17

5.6502-16

1.2118-16

1.1884-15

2.3947-17

2.3484-16

1.1032

-0.5844

1290

5.5136-17

5.4070-16

1.1567-16

1.1344-15

2.3029-17

2.2584-16

1.0979

-0.5823

1300

5.2779-17

5.1758-16

1.1045-16

1.0832-15

2.2152-17

2.1724-16

1.0927

-0.5803

1310

5.0537-17

4.9560-16

1.0549-16

1.0346-15

2.1314-17

2.0902-16

1.0875

-0.5782

1320

4.8404-17

4.7468-16

1.0079-16

9.8847-16

2.0512-17

2.0116-16

1.0824

-0.5762

1330

4.6374-17

4.5477-16

9.6333-17

9.4471-16

1.9746-17

1.9364-16

1.0773

-0.5742

1340

4.4442-17

4.3582-16

9.2095-17

9.0315-16

1.9013-17

1.8645-16

1.0723

-0.5722

1350

4.2601-17

4.1778-16

8.8069-17

8.6366-16

1.8311-17

1.7957-16

1.0673

-0.5702

1360

4.0848-17

4.0058-16

8.4242-17

8.2613-16

1.7639-17

1.7298-16

1.0623

-0.5682

1370

3.9177-17

3.8420-16

8.0604-17

7.9046-16

1.6996-17

1.6667-16

1.0574

-0.5662

1380

3.7584-17

3.6858-16

7.7144-17

7.5653-16

1.6380-17

1.6063-16

1.0525

-0.5642

1390

3.6065-17

3.5368-16

7.3852-17

7.2424-16

1.5789-17

1.5484-16

1.0477

-0.5622

1400

3.4616-17

3.3947-16

7.0719-17

6.9352-16

1.5224-17

1.4929-16

1.0429

-0.5602

1410

3.3233-17

3.2591-16

6.7737-17

6.6427-16

1.4681-17

1.4397-16

1.0382

-0.5582

1420

3.1913-17

3.1296-16

6.4896-17

6.3642-16

1.4161-17

1.3887-16

1.0335

-0.5563

1430

3.0653-17

3.0060-16

6.2191-17

6.0988-16

1.3662-17

1.3398-16

1.0288

-0.5543

1440

2.9449-17

2.8880-16

5.9612-17

5.8459-16

1.3183-17

1.2928-16

1.0242

-0.5523

1450

2.8299-17

2.7752-16

5.7154-17

5.6049-16

1.2724-17

1.2478-16

1.0196

-0.5504

1460

2.7200-17

2.6674-16

5.4810-17

5.3751-16

1.2283-17

1.2045-16

1.0151

-0.5484

1470

2.6149-17

2.5644-16

5.2575-17

5.1558-16

1.1859-17

1.16.....*-16

1.0106

-0.5465

________________

* Брак оригинала. - .

1480

2.5144-17

2.4658-16

5.0442-17

4.9467-16

1.1452-17

1.1231-16

1.0061

-0.5445

1490

2.4183-17

2.3716-16

4.8407-17

4.7471-16

1.1062-17

1.0848-16

1.0016

-0.5426

1500

2.3264-17

2.2814-16

4.6464-17

4.5565-16

1.0686-17

1.0480-16

0.9972

-0.5406



Таблица 12


Плотность и относительные отклонения плотности атмосферы для 125·10 Вт/м·Гц

Высота, км

Модельная
плотность

Максимальная плотность

Минимальная плотность

Относительные отклонения плотности

кгс·с

кг/м

кгс·с

кг/м

кгс·с

кг/м

max

min

120

2.4885-09

2.4404-08

2.4885-09

2.4404-08

2.4885-09

2.4404-08

0.0000

0.0000

121

2.1436-09

2.1022-08

2.1551-09

2.1134-08

2.1368-09

2.0954-08

0.0053

-0.0032

122

1.8745-09

1.8383-08

1.8966-09

1.8600-08

1.8604-09

1.8244-08

0.0118

-0.0075

123

1.6573-09

1.6253-08

1.6877-09

1.6551-08

1.6371-09

1.6055-08

0.0183

-0.0122

124

1.4781-09

1.4495-08

1.5148-09

1.4855-08

1.4529-09

1.4248-08

0.0248

-0.0170

125

1.3276-09

1.3019-08

1.3691-09

1.3426-08

1.2986-09

1.2734-08

0.0312

-0.0219

126

1.1995-09

1.1763-08

1.2445-09

1.2205-08

1.1674-09

1.1449-08

0.0375

-0.0267

127

1.0892-09

1.0681-08

1.1368-09

1.1148-08

1.0549-09

1.0345-08

0.0437

-0.0315

128

9.9336-10

9.7416-09

1.0428-09

1.0226-08

9.5740-10

9.3889-09

0.0497

-0.0362

129

9.0941-10

8.9182-09

9.6003-10

9.4146-09

8.7229-10

8.5542-09

0.0557

-0.0408

130

8.3535-10

8.1920-09

8.8670-10

8.6956-09

7.9748-10

7.8206-09

0.0615

-0.0453

131

7.6965-10

7.5477-09

8.2134-10

8.0546-09

7.3135-10

7.1721-09

0.0672

-0.0498

132

7.1103-10

6.9729-09

7.6277-10

7.4802-09

6.7257-10

6.5956-09

0.0728

-0.0541

133

6.5850-10

6.4577-09

7.1004-10

6.9631-09

6.2008-10

6.0809-09

0.0783

-0.0583

134

6.1122-10

5.9940-09

6.6236-10

6.4955-09

5.7302-10

5.6194-09

0.0837

-0.0625

135

5.6850-10

5.5751-09

6.1909-10

6.0712-09

5.3066-10

5.2040-09

0.0890

-0.0666

136

5.2977-10

5.1953-09

5.7969-10

5.6848-09

4.9240-10

4.8288-09

0.0942

-0.0705

137

4.9455-10

4.8498-09

5.4370-10

5.3318-09

4.5773-10

4.4888-09

0.0994

-0.0744

138

4.6242-10

4.5348-09

5.1072-10

5.0085-09

4.2622-10

4.1798-09

0.1045

-0.0783

139

4.3303-10

4.2466-09

4.8044-10

4.7115-09

3.9751-10

3.8983-09

0.1095

-0.0820

140

4.0609-10

3.9824-09

4.5256-10

4.4381-09

3.7129-10

3.6411-09

0.1144

-0.0857

141

3.8133-10

3.7396-09

4.2683-10

4.1858-09

3.4727-10

3.4056-09

0.1193

-0.0893

142

3.5853-10

3.5160-09

4.0304-10

3.9525-09

3.2524-10

3.1895-09

0.1241

-0.0929

143

3.3750-10

3.3097-09

3.8100-10

3.7363-09

3.0498-10

2.9908-09

0.1289

-0.0963

144

3.1805-10

3.1190-09

3.6054-10

3.5357-09

2.8632-10

2.8078-09

0.1336

-0.0998

145

3.0004-10

2.9423-09

3.4152-10

3.3492-09

2.6910-10

2.6389-09

0.1383

-0.1031

146

2.8333-10

2.7785-09

3.2381-10

3.1755-09

2.5317-10

2.4828-09

0.1429

-0.1064

147

2.6780-10

2.6263-09

3.0729-10

3.0135-09

2.3843-10

2.3382-09

0.1474

-0.1097

148

2.5336-10

2.4846-09

2.9186-10

2.8622-09

2.2476-10

2.2042-09

0.1520

-0.1129

149

2.3990-10

2.3527-09

2.7743-10

2.7207-09

2.1207-10

2.0797-09

0.1564

-0.1160

150

2.2735-10

2.2295-09

2.6392-10

2.5882-09

2.0027-10

1.9639-09

0.1609

-0.1191

151

2.1562-10

2.1145-09

2.5125-10

2.4639-09

1.8928-10

1.8562-09

0.1652

-0.1222

152

2.0465-10

2.0070-09

2.3936-10

2.3473-09

1.7903-10

1.7557-09

0.1696

-0.1252

153

1.9438-10

1.9062-09

2.2819-10

2.2377-09

1.6947-10

1.6620-09

0.1739

-0.1281

154

1.8475-10

1.8118-09

2.1767-10

2.1347-09

1.6054-10

1.5744-09

0.1782

-0.1311

155

1.7572-10

1.7232-09

2.0778-10

2.0376-09

1.5218-10

1.4924-09

0.1824

-0.1339

156

1.6724-10

1.6400-09

1.9845-10

1.9461-09

1.4436-10

1.4157-09

0.1866

-0.1368

157

1.5926-10

1.5618-09

1.8965-10

1.8598-09

1.3703-10

1.3438-09

0.1908

-0.1396

158

1.5175-10

1.4882-09

1.8134-10

1.7783-09

1.3015-10

1.2764-09

0.1949

-0.1423

159

1.4469-10

1.4189-09

1.7349-10

1.7013-09

1.2370-10

1.2130-09

0.1991

-0.1451

160

1.3802-10

1.3535-09

1.6606-10

1.6285-09

1.1763-10

1.1535-09

0.2031

-0.1478

161

1.3174-10

1.2919-09

1.5903-10

1.5596-09

1.1192-10

1.0976-09

0.2072

-0.1504

162

1.2580-10

1.2337-09

1.5237-10

1.4943-09

1.0655-10

1.0449-09

0.2112

-0.1530

163

1.2019-10

1.1787-09

1.4606-10

1.4324-09

1.0149-10

9.9525-10

0.2152

-0.1556

164

1.1489-10

1.1267-09

1.4007-10

1.3737-09

9.6716-11

9.4846-10

0.2192

-0.1582

165

1.0987-10

1.0775-09

1.3439-10

1.3179-09

9.2215-11

9.0432-10

0.2231

-0.1607

166

1.0512-10

1.0309-09

1.2899-10

1.2650-09

8.7966-11

8.6265-10

0.2271

-0.1632

167

1.0062-10

9.8679-10

1.2387-10

1.2147-09

8.3952-11

8.2329-10

0.2310

-0.1657

168

9.6358-11

9.4495-10

1.1899-10

1.1669-09

8.0157-11

7.8608-10

0.2348

-0.1681

169

9.2311-11

9.0527-10

1.1435-10

1.1213-09

7.6568-11

7.5088-10

0.2387

-0.1705

170

8.8470-11

8.6760-10

1.0993-10

1.0780-09

7.3171-11

7.1756-10

0.2425

-0.1729

171

8.4822-11

8.3182-10

1.0572-10

1.0367-09

6.9953-11

6.8601-10

0.2463

-0.1753

172

8.1355-11

7.9782-10

1.0171-10

9.9739-10

6.6904-11

6.5611-10

0.2501

-0.1776

173

7.8059-11

7.6550-10

9.7879-11

9.5987-10

6.4013-11

6.2776-10

0.2539

-0.1799

174

7.4924-11

7.3475-10

9.4229-11

9.2407-10

6.1271-11

6.0086-10

0.2577

-0.1822

175

7.1940-11

7.0549-10

9.0745-11

8.8990-10

5.8668-11

5.7533-10

0.2614

-0.1845

176

6.9099-11

6.7763-10

8.7417-11

8.5727-10

5.6196-11

5.5109-10

0.2651

-0.1867

177

6.6392-11

6.5108-10

8.4238-11

8.2609-10

5.3847-11

5.2806-10

0.2688

-0.1889

178

6.3812-11

6.2578-10

8.1199-11

7.9629-10

5.1615-11

5.0617-10

0.2725

-0.1911

179

6.1351-11

6.0165-10

7.8293-11

7.6780-10

4.9491-11

4.8534-10

0.2761

-0.1933

180

5.7552-11

5.6439-10

6.9458-11

6.8115-10

4.7700-11

4.6778-10

0.2069

-0.1712

181

5.5654-11

5.4578-10

6.7503-11

6.6198-10

4.5989-11

4.5100-10

0.2129

-0.1737

182

5.3829-11

5.2788-10

6.5612-11

6.4344-10

4.4347-11

4.3489-10

0.2189

-0.1762

183

5.2073-11

5.1066-10

6.3782-11

6.2549-10

4.2769-11

4.1942-10

0.2249

-0.1787

184

5.0384-11

4.9410-10

6.2012-11

6.0813-10

4.1255-11

4.0457-10

0.2308

-0.1812

185

4.8758-11

4.7816-10

6.0298-11

5.9132-10

3.9800-11

3.9030-10

0.2367

-0.1837

186

4.7193-11

4.6281-10

5.8639-11

5.7505-10

3.8402-11

3.7660-10

0.2425

-0.1863

187

4.5687-11

4.4803-10

5.7032-11

5.5930-10

3.7059-11

3.6343-10

0.2483

-0.1888

188

4.4235-11

4.3380-10

5.5477-11

5.4404-10

3.5768-11

3.5077-10

0.2541

-0.1914

189

4.2837-11

4.2009-10

5.3970-11

5.2926-10

3.4528-11

3.3860-10

0.2599

-0.1940

190

4.1490-11

4.0688-10

5.2511-11

5.1495-10

3.3335-11

3.2691-10

0.2656

-0.1966

191

4.0192-11

3.9415-10

5.1097-11

5.0109-10

3.2188-11

3.1566-10

0.2713

-0.1991

192

3.8941-11

3.8188-10

4.9726-11

4.8765-10

3.1085-11

3.0484-10

0.2770

-0.2017

193

3.7734-11

3.7005-10

4.8399-11

4.7463-10

3.0024-11

2.9443-10

0.2826

-0.2043

194

3.6571-11

3.5864-10

4.7112-11

4.6201-10

2.9003-11

2.8442-10

0.2882

-0.2069

195

3.5449-11

3.4764-10

4.5864-11

4.4977-10

2.8021-11

2.7479-10

0.2938

-0.2095

196

3.4367-11

3.3702-10

4.4654-11

4.3791-10

2.7075-11

2.6552-10

0.2994

-0.2122

197

3.3322-11

3.2678-10

4.3481-11

4.2641-10

2.6165-11

2.5660-10

0.3049

-0.2148

198

3.2314-11

3.1689-10

4.2344-11

4.1525-10

2.5289-11

2.4800-10

0.3104

-0.2174

199

3.1341-11

3.0735-10

4.1240-11

4.0443-10

2.4446-11

2.3973-10

0.3159

-0.2200

200

3.0402-11

2.9814-10

4.0170-11

3.9393-10

2.3633-11

2.3177-10

0.3213

-0.2226

201

2.9494-11

2.8924-10

3.9131-11

3.8374-10

2.2851-11

2.2409-10

0.3267

-0.2252

202

2.8618-11

2.8065-10

3.8123-11

3.7386-10

2.2097-11

2.1670-10

0.3321

-0.2279

203

2.7772-11

2.7235-10

3.7145-11

3.6427-10

2.1371-11

2.0958-10

0.3375

-0.2305

204

2.6954-11

2.6433-10

3.6196-11

3.5496-10

2.0671-11

2.0272-10

0.3428

-0.2331

205

2.6164-11

2.5659-10

3.5274-11

3.4592-10

1.9997-11

1.9610-10

0.3482

-0.2357

206

2.5401-11

2.4910-10

3.4379-11

3.3715-10

1.9347-11

1.8973-10

0.3535

-0.2383

207

2.4663-11

2.4186-10

3.3510-11

3.2862-10

1.8720-11

1.8358-10

0.3587

-0.2410

208

2.3949-11

2.3486-10

3.2667-11

3.2035-10

1.8116-11

1.7765-10

0.3640

-0.2436

209

2.3259-11

2.2809-10

3.1847-11

3.1231-10

1.7533-11

1.7194-10

0.3692

-0.2462

210

2.2592-11

2.2155-10

3.1051-11

3.0451-10

1.6971-11

1.6643-10

0.3745

-0.2488

211

2.1946-11

2.1522-10

3.0278-11

2.9692-10

1.6429-11

1.6111-10

0.3796

-0.2514

212

2.1322-11

2.0909-10

2.9527-11

2.8956-10

1.5906-11

1.5598-10

0.3848

-0.2540

213

2.0717-11

2.0317-10

2.8797-11

2.8240-10

1.5401-11

1.5103-10

0.3900

-0.2566

214

2.0133-11

1.9743-10

2.8087-11

2.7544-10

1.4914-11

1.4626-10

0.3951

-0.2592

215

1.9567-11

1.9188-10

2.7397-11

2.6868-10

1.4444-11

1.4165-10

0.4002

-0.2618

216

1.9019-11

1.8651-10

2.6727-11

2.6210-10

1.3990-11

1.3720-10

0.4053

-0.2644

217

1.8489-11

1.8131-10

2.6076-11

2.5571-10

1.3552-11

1.3290-10

0.4104

-0.2670

218

1.7975-11

1.7627-10

2.5442-11

2.4950-10

1.3130-11

1.2876-10

0.4154

-0.2696

219

1.7478-11

1.7140-10

2.4826-11

2.4346-10

1.2721-11

1.2475-10

0.4204

-0.2721

220

1.6996-11

1.6667-10

2.4227-11

2.3758-10

1.2327-11

1.2089-10

0.4255

-0.2747

221

1.6529-11

1.6210-10

2.3644-11

2.3187-10

1.1946-11

1.1715-10

0.4304

-0.2773

222

1.6077-11

1.5766-10

2.3077-11

2.2631-10

1.1578-11

1.1354-10

0.4354

-0.2798

223

1.5639-11

1.5337-10

2.2526-11

2.2091-10

1.1223-11

1.1006-10

0.4404

-0.2824

224

1.5214-11

1.4920-10

2.1990-11

2.1565-10

1.0879-11

1.0669-10

0.4453

-0.2849

225

1.4803-11

1.4517-10

2.1468-11

2.1053-10

1.0547-11

1.0343-10

0.4502

-0.2875

226

1.4404-11

1.4126-10

2.0960-11

2.0555-10

1.0227-11

1.0029-10

0.4551

-0.2900

227

1.4017-11

1.3746-10

2.0466-11

2.0070-10

9.9165-12

9.7248-11

0.4600

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1.7481-15

1.4359

-0.6958

960

5.4748-16

5.3690-15

1.3266-15

1.3010-14

1.6835-16

1.6510-15

1.4232

-0.6925

970

5.1184-16

5.0195-15

1.2338-15

1.2100-14

1.5910-16

1.5603-15

1.4105

-0.6892

980

4.7886-16

4.6960-15

1.1483-15

1.1261-14

1.5046-16

1.4755-15

1.3980

-0.6858

990

4.4830-16

4.3964-15

1.0694-15

1.0488-14

1.4237-16

1.3962-15

1.3855

-0.6824

1000

4.1996-16

4.1185-15

9.9663-16

9.7737-15

1.3479-16

1.3219-15

1.3731

-0.6790

1010

3.9367-16

3.8606-15

9.2939-16

9.1142-15

1.2770-16

1.2523-15

1.3608

-0.6756

1020

3.6924-16

3.6211-15

8.6721-16

8.5045-15

1.2104-16

1.1871-15

1.3486

-0.6722

1030

3.4654-16

3.3984-15

8.0969-16

7.9404-15

1.1480-16

1.1258-15

1.3365

-0.6687

1040

3.2542-16

3.1913-15

7.5643-16

7.4181-15

1.0893-16

1.0683-15

1.3245

-0.6652

1050

3.0576-16

2.9985-15

7.0708-16

6.9341-15

1.0342-16

1.0142-15

1.3125

-0.6618

1060

2.8745-16

2.8189-15

6.6132-16

6.4854-15

9.8236-17

9.6337-16

1.3006

-0.6582

1070

2.7037-16

2.6515-15

6.1886-16

6.0690-15

9.3355-17

9.1550-16

1.2889

-0.6547

1080

2.5445-16

2.4953-15

5.7943-16

5.6824-15

8.8759-17

8.7042-16

1.2772

-0.6512

1090

2.3958-16

2.3495-15

5.4280-16

5.3231-15

8.4427-17

8.2794-16

1.2656

-0.6476

1100

2.2570-16

2.2134-15

5.0875-16

4.9892-15

8.0342-17

7.8788-16

1.2541

-0.6440

1110

2.1272-16

2.0861-15

4.7707-16

4.6785-15

7.6487-17

7.5009-16

1.2427

-0.6404

1120

2.0058-16

1.9671-15

4.4757-16

4.3892-15

7.2849-17

7.1440-16

1.2314

-0.6368

1130

1.8922-16

1.8557-15

4.2010-16

4.1199-15

6.9412-17

6.8070-16

1.2201

-0.6332

1140

1.7859-16

1.7514-15

3.9450-16

3.8688-15

6.6163-17

6.4884-16

1.2090

-0.6295

1150

1.6863-16

1.6537-15

3.7063-16

3.6347-15

6.3092-17

6.1872-16

1.1979

-0.6259

1160

1.5929-16

1.5621-15

3.4836-16

3.4163-15

6.0185-17

5.9022-16

1.1870

-0.6222

1170

1.5053-16

1.4762-15

3.2757-16

3.2124-15

5.7434-17

5.6324-16

1.1761

-0.6185

1180

1.4231-16

1.3956-15

3.0815-16

3.0220-15

5.4829-17

5.3769-16

1.1653

-0.6147

1190

1.3460-16

1.3200-15

2.9000-16

2.8440-15

5.2361-17

5.1348-16

1.1546

-0.6110

1200

1.2735-16

1.2489-15

2.7304-16

2.6776-15

5.0021-17

4.9053-16

1.1440

-0.6072

1210

1.2054-16

1.1821-15

2.5717-16

2.5220-15

4.7801-17

4.6877-16

1.1334

-0.6034

1220

1.1414-16

1.1193-15

2.4231-16

2.3763-15

4.5696-17

4.4812-16

1.1230

-0.5996

1230

1.0811-16

1.0603-15

2.2841-16

2.2399-15

4.3697-17

4.2852-16

1.1126

-0.5958

1240

1.0244-16

1.0047-15

2.1538-16

2.1122-15

4.1799-17

4.0991-16

1.1023

-0.5920

1250

9.7113-17

9.5235-16

2.0317-16

1.9925-15

3.9996-17

3.9223-16

1.0921

-0.5881

1260

9.2087-17

9.0306-16

1.9172-16

1.8802-15

3.8282-17

3.7542-16

1.0820

-0.5843

1270

8.7350-17

8.5661-16

1.8098-16

1.7749-15

3.6653-17

3.5944-16

1.0720

-0.5804

1280

8.2885-17

8.1283-16

1.7091-16

1.6761-15

3.5103-17

3.4425-16

1.0620

-0.5765

1290

7.8675-17

7.7153-16

1.6145-16

1.5833-15

3.3629-17

3.2979-16

1.0521

-0.5726

1300

7.4702-17

7.3257-16

1.5256-16

1.4962-15

3.2225-17

3.1602-16

1.0424

-0.5686

1310

7.0952-17

6.9580-16

1.4422-16

1.4143-15

3.0889-17

3.0292-16

1.0326

-0.5646

1320

6.7412-17

6.6108-16

1.3637-16

1.3374-15

2.9616-17

2.9043-16

1.0230

-0.5607

1330

6.4067-17

6.2828-16

1.2899-16

1.2650-15

2.8403-17

2.7854-16

1.0134

-0.5567

1340

6.0907-17

5.9729-16

1.2205-16

1.1970-15

2.7247-17

2.6720-16

1.0039

-0.5527

1350

5.7920-17

5.6800-16

1.1552-16

1.1329-15

2.6144-17

2.5638-16

0.9945

-0.5486

1360

5.5095-17

5.4030-16

1.0937-16

1.0726-15

2.5092-17

2.4607-16

0.9852

-0.5446

1370

5.2423-17

5.1410-16

1.0358-16

1.0158-15

3.4089-17

2.3623-16

0.9759

-0.5405

1380

4.9895-17

4.8930-16

9.8130-17

9.6233-16

2.3131-17

2.2684-16

0.9667

-0.5364

1390

4.7501-17

4.6583-16

9.2990-17

9.1192-16

2.2217-17

2.1787-16

0.9576

-0.5323

1400

4.5235-17

4.4360-16

8.8144-17

8.6440-16

2.1344-17

2.0931-16

0.9486

-0.5282

1410

4.3088-17

4.2255-16

8.3574-17

8.1958-16

2.0510-17

2.0113-16

0.9396

-0.5240

1420

4.1054-17

4.0260-16

7.9263-17

7.7730-16

1.9713-17

1.9331-16

0.9307

-0.5198

1430

3.9126-17

3.8370-16

7.5195-17

7.3741-16

1.8951-17

1.8584-16

0.9218

-0.5156

1440

3.7298-17

3.6577-16

7.1354-17

6.9975-16

1.8222-17

1.7870-16

0.9131

-0.5114

1450

3.5564-17

3.4877-16

6.7728-17

6.6419-16

1.7525-17

1.7186-16

0.9044

-0.5072

1460

3.3919-17

3.3264-16

6.4303-17

6.3060-16

1.6859-17

1.6533-16

0.8957

-0.5030

1470

3.2359-17

3.1733-16

6.1067-17

5.9886-16

1.6221-17

1.5907-16

0.8872

-0.4987

1480

3.0877-17

3.0280-16

5.8008-17

5.6886-16

1.5610-17

1.5309-16

0.8787

-0.4944

1490

2.9470-17

2.8900-16

5.5116-17

5.4050-16

1.5026-17

1.4735-16

0.8702

-0.4901

1500

2.8134-17

2.7590-16

5.2381-17

5.1368-16

1.4466-17

1.4186-16

0.8619

-0.4858



Таблица 13


Плотность и относительные отклонения плотности атмосферы для 150·10 Вт/м·Гц

Высота, км

Модельная
плотность

Максимальная плотность

Минимальная плотность

Относительные отклонения плотности

кгс·с

кг/м

кгс·с

кг/м

кгс·с

кг/м

max

min

120

2.4885-09

2.4404-08

2.4885-09

2.4404-08

2.4885-09

2.4404-08

0.0000

-0.0000

121

2.1395-09

2.0981-08

2.1476-09

2.1061-08

2.1352-09

2.0940-08

0.0038

-0.0020

122

1.8703-09

1.8341-08

1.8869-09

1.8504-08

1.8600-09

1.8241-08

0.0089

-0.0055

123

1.6545-09

1.6225-08

1.6781-09

1.6457-08

1.6389-09

1.6072-08

0.0142

-0.0094

124

1.4772-09

1.4486-08

1.5064-09

1.4772-08

1.4571-09

1.4289-08

0.0197

-0.0136

125

1.3287-09

1.3030-08

1.3622-09

1.3359-08

1.3050-09

1.2798-08

0.0252

-0.0178

126

1.2024-09

1.1792-08

1.2393-09

1.2154-08

1.1759-09

1.1532-08

0.0307

-0.0220

127

1.0938-09

1.0726-08

1.1333-09

1.1113-08

1.0651-09

1.0445-08

0.0361

-0.0262

128

9.9938-10

9.8006-09

1.0408-09

1.0206-08

9.6904-10

9.5030-09

0.0414

-0.0304

129

9.1667-10

8.9895-09

9.5942-10

9.4087-09

8.8511-10

8.6800-09

0.0466

-0.0344

130

8.4368-10

8.2736-09

8.8735-10

8.7020-09

8.1127-10

7.9559-09

0.0518

-0.0384

131

7.7885-10

7.6380-09

8.2311-10

8.0720-09

7.4590-10

7.3148-09

0.0568

-0.0423

132

7.2098-10

7.0704-09

7.6552-10

7.5072-09

6.8771-10

6.7441-09

0.0618

-0.0461

133

6.6904-10

6.5611-09

7.1365-10

6.9985-09

6.3566-10

6.2337-09

0.0667

-0.0499

134

6.2224-10

6.1021-09

6.6672-10

6.5383-09

5.8891-10

5.7753-09

0.0715

-0.0536

135

5.7991-10

5.6870-09

6.2410-10

6.1204-09

5.4676-10

5.3619-09

0.0762

-0.0572

136

5.4147-10

5.3100-09

5.8526-10

5.7395-09

5.0861-10

4.9878-09

0.0809

-0.0607

137

5.0647-10

4.9667-09

5.4975-10

5.3912-09

4.7398-10

4.6481-09

0.0855

-0.0641

138

4.7449-10

4.6531-09

5.1719-10

5.0719-09

4.4245-10

4.3389-09

0.0900

-0.0675

139

4.4520-10

4.3659-09

4.8726-10

4.7784-09

4.1365-10

4.0566-09

0.0945

-0.0709

140

4.1831-10

4.1022-09

4.5967-10

4.5078-09

3.8730-10

3.7981-09

0.0989

-0.0741

141

3.9355-10

3.8594-09

4.3418-10

4.2579-09

3.6312-10

3.5610-09

0.1032

-0.0773

142

3.7072-10

3.6356-09

4.1059-10

4.0265-09

3.4089-10

3.3430-09

0.1075

-0.0805

143

3.4963-10

3.4287-09

3.8871-10

3.8119-09

3.2041-10

3.1422-09

0.1118

-0.0836

144

3.3009-10

3.2371-09

3.6838-10

3.6125-09

3.0151-10

2.9568-09

0.1160

-0.0866

145

3.1197-10

3.0594-09

3.4945-10

3.4269-09

2.8402-10

2.7853-09

0.1201

-0.0896

146

2.9514-10

2.8943-09

3.3181-10

3.2539-09

2.6783-10

2.6265-09

0.1242

-0.0925

147

2.7947-10

2.7407-09

3.1533-10

3.0923-09

2.5281-10

2.4792-09

0.1283

-0.0954

148

2.6487-10

2.5975-09

2.9992-10

2.9412-09

2.3885-10

2.3423-09

0.1323

-0.0983

149

2.5125-10

2.4639-09

2.8550-10

2.7998-09

2.2586-10

2.2149-09

0.1363

-0.1010

150

2.3852-10

2.3391-09

2.7197-10

2.6672-09

2.1376-10

2.0963-09

0.1403

-0.1038

151

2.2661-10

2.2223-09

2.5928-10

2.5427-09

2.0247-10

1.9855-09

0.1442

-0.1065

152

2.1545-10

2.1129-09

2.4735-10

2.4257-09

1.9192-10

1.8821-09

0.1481

-0.1092

153

2.0499-10

2.0103-09

2.3613-10

2.3156-09

1.8206-10

1.7854-09

0.1519

-0.1118

154

1.9517-10

1.9139-09

2.2556-10

2.2119-09

1.7283-10

1.6949-09

0.1557

-0.1144

155

1.8594-10

1.8234-09

2.1559-10

2.1142-09

1.6418-10

1.6101-09

0.1595

-0.1170

156

1.7725-10

1.7383-09

2.0619-10

2.0220-09

1.5607-10

1.5305-09

0.1632

-0.1195

157

1.6908-10

1.6581-09

1.9731-10

1.9349-09

1.4845-10

1.4558-09

0.1669

-0.1220

158

1.6137-10

1.5825-09

1.8891-10

1.8526-09

1.4128-10

1.3855-09

0.1706

-0.1245

159

1.5411-10

1.5113-09

1.8097-10

1.7747-09

1.3455-10

1.3195-09

0.1743

-0.1269

160

1.4725-10

1.4440-09

1.7344-10

1.7009-09

1.2820-10

1.2572-09

0.1779

-0.1293

161

1.4077-10

1.3804-09

1.6632-10

1.6310-09

1.2223-10

1.1986-09

0.1815

-0.1317

162

1.3464-10

1.3203-09

1.5956-10

1.5647-09

1.1659-10

1.1433-09

0.1851

-0.1340

163

1.2884-10

1.2635-09

1.5314-10

1.5018-09

1.1127-10

1.0912-09

0.1887

-0.1364

164

1.2335-10

1.2096-09

1.4705-10

1.4421-09

1.0624-10

1.0419-09

0.1922

-0.1386

165

1.1814-10

1.1586-09

1.4126-10

1.3853-09

1.0150-10

9.9533-10

0.1957

-0.1409

166

1.1321-10

1.1102-09

1.3576-10

1.3313-09

9.7004-11

9.5129-10

0.1992

-0.1431

167

1.0853-10

1.0643-09

1.3052-10

1.2800-09

9.2753-11

9.0960-10

0.2027

-0.1454

168

1.0408-10

1.0207-09

1.2554-10

1.2311-09

8.8728-11

8.7012-10

0.2061

-0.1475

169

9.9862-11

9.7932-10

1.2079-10

1.1845-09

8.4913-11

8.3271-10

0.2095

-0.1497

170

9.5850-11

9.3996-10

1.1626-10

1.1401-09

8.1296-11

7.9724-10

0.2129

-0.1518

171

9.2033-11

9.0254-10

1.1194-10

1.0978-09

7.7865-11

7.6359-10

0.2163

-0.1540

172

8.8402-11

8.6692-10

1.0782-10

1.0574-09

7.4607-11

7.3165-10

0.2197

-0.1560

173

8.4944-11

8.3302-10

1.0389-10

1.0188-09

7.1513-11

7.0130-10

0.2230

-0.1581

174

8.1650-11

8.0072-10

1.0013-10

9.8197-10

6.8573-11

6.7247-10

0.2264

-0.1602

175

7.8511-11

7.6993-10

9.6543-11

9.4676-10

6.5777-11

6.4505-10

0.2297

-0.1622

176

7.5518-11

7.4058-10

9.3111-11

9.1311-10

6.3118-11

6.1898-10

0.2330

-0.1642

177

7.2663-11

7.1258-10

8.9829-11

8.8092-10

6.0587-11

5.9415-10

0.2362

-0.1662

178

6.9937-11

6.8585-10

8.6688-11

8.5012-10

5.8177-11

5.7052-10

0.2395

-0.1682

179

6.7335-11

6.6033-10

8.3681-11

8.2063-10

5.5881-11

5.4800-10

0.2428

-0.1701

180

6.4501-11

6.3254-10

7.6413-11

7.4935-10

5.3961-11

5.2917-10

0.1847

-0.1634

181

6.2336-11

6.1130-10

7.4148-11

7.2715-10

5.2081-11

5.1074-10

0.1895

-0.1645

182

6.0258-11

5.9093-10

7.1966-11

7.0574-10

5.0275-11

4.9303-10

0.1943

-0.1657

183

5.8263-11

5.7136-10

6.9862-11

6.8511-10

4.8540-11

4.7602-10

0.1991

-0.1669

184

5.6347-11

5.5257-10

6.7833-11

6.6521-10

4.6873-11

4.5967-10

0.2038

-0.1681

185

5.4506-11

5.3452-10

6.5876-11

6.4602-10

4.5270-11

4.4395-10

0.2086

-0.1694

186

5.2738-11

5.1718-10

6.3987-11

6.2750-10

4.3730-11

4.2884-10

0.2133

-0.1708

187

5.1037-11

5.0051-10

6.2165-11

6.0963-10

4.2248-11

4.1431-10

0.2180

-0.1722

188

4.9403-11

4.8447-10

6.0405-11

5.9237-10

4.0823-11

4.0034-10

0.2227

-0.1737

189

4.7830-11

4.6905-10

5.8706-11

5.7571-10

3.9452-11

3.8690-10

0.2274

-0.1752

190

4.6317-11

4.5422-10

5.7065-11

5.5962-10

3.8134-11

3.7396-10

0.2321

-0.1767

191

4.4861-11

4.3994-10

5.5480-11

5.4407-10

3.6864-11

3.6152-10

0.2367

-0.1783

192

4.3460-11

4.2619-10

5.3948-11

5.2904-10

3.5643-11

3.4954-10

0.2413

-0.1799

193

4.2110-11

4.1296-10

5.2466-11

5.1452-10

3.4467-11

3.3800-10

0.2459

-0.1815

194

4.0810-11

4.0021-10

5.1034-11

5.0048-10

3.3334-11

3.2690-10

0.2505

-0.1832

195

3.9557-11

3.8793-10

4.9650-11

4.8690-10

3.2243-11

3.1620-10

0.2551

-0.1849

196

3.8351-11

3.7609-10

4.8310-11

4.7376-10

3.1193-11

3.0590-10

0.2597

-0.1866

197

3.7187-11

3.6468-10

4.7014-11

4.6105-10

3.0181-11

2.9597-10

0.2643

-0.1884

198

3.6065-11

3.5368-10

4.5760-11

4.4875-10

2.9206-11

2.8641-10

0.2688

-0.1902

199

3.4984-11

3.4307-10

4.4546-11

4.3684-10

2.8266-11

2.7719-10

0.2733

-0.1920

200

3.3940-11

3.3284-10

4.3370-11

4.2532-10

2.7360-11

2.6831-10

0.2778

-0.1939

201

3.2933-11

3.2297-10

4.2232-11

4.1415-10

2.6486-11

2.5974-10

0.2824

-0.1958

202

3.1962-11

3.1344-10

4.1130-11

4.0334-10

2.5644-11

2.5148-10

0.2868

-0.1977

203

3.1024-11

3.0424-10

4.0062-11

3.9287-10

2.4832-11

2.4352-10

0.2913

-0.1996

204

3.0118-11

2.9536-10

3.9027-11

3.8272-10

2.4049-11

2.3584-10

0.2958

-0.2015

205

2.9244-11

2.8678-10

3.8024-11

3.7289-10

2.3293-11

2.2843-10

0.3003

-0.2035

206

2.8399-11

2.7850-10

3.7052-11

3.6336-10

2.2564-11

2.2128-10

0.3047

-0.2055

207

2.7583-11

2.7049-10

3.6110-11

3.5412-10

2.1860-11

2.1438-10

0.3091

-0.2075

208

2.6794-11

2.6276-10

3.5196-11

3.4515-10

2.1181-11

2.0772-10

0.3136

-0.2095

209

2.6032-11

2.5529-10

3.4310-11

3.3646-10

2.0526-11

2.0129-10

0.3180

-0.2115

210

2.5295-11

2.4806-10

3.3450-11

3.2803-10

1.9893-11

1.9508-10

0.3224

-0.2136

211

2.4583-11

2.4107-10

3.2616-11

3.1985-10

1.9282-11

1.8909-10

0.3268

-0.2156

212

2.3894-11

2.3432-10

3.1807-11

3.1192-10

1.8692-11

1.8330-10

0.3312

-0.2177

213

2.3227-11

2.2778-10

3.1021-11

3.0421-10

1.8122-11

1.7771-10

0.3355

-0.2198

214

2.2583-11

2.2146-10

3.0259-11

2.9674-10

1.7571-11

1.7231-10

0.3399

-0.2219

215

2.1959-11

2.1534-10

2.9519-11

2.8948-10

1.7039-11

1.6710-10

0.3443

-0.2240

216

2.1355-11

2.0942-10

2.8800-11

2.8243-10

1.6525-11

1.6206-10

0.3486

-0.2262

217

2.0771-11

2.0369-10

2.8102-11

2.7558-10

1.6029-11

1.5719-10

0.3530

-0.2283

218

2.0205-11

1.9814-10

2.7424-11

2.6894-10

1.5549-11

1.5248-10

0.3573

-0.2305

219

1.9657-11

1.9277-10

2.6765-11

2.6248-10

1.5085-11

1.4793-10

0.3616

-0.2326

220

1.9126-11

1.8757-10

2.6125-11

2.5620-10

1.4636-11

1.4353-10

0.3659

-0.2348

221

1.8612-11

1.8253-10

2.5503-11

2.5010-10

1.4202-11

1.3928-10

0.3702

-0.2370

222

1.8115-11

1.7764-10

2.4899-11

2.4418-10

1.3783-11

1.3516-10

0.3745

-0.2391

223

1.7632-11

1.7291-10

2.4312-11

2.3841-10

1.3377-11

1.3118-10

0.3788

-0.2413

224

1.7164-11

1.6833-10

2.3740-11

2.3281-10

1.2985-11

1.2733-10

0.3831

-0.2435

225

1.6711-11

1.6388-10

2.3185-11

2.2737-10

1.2605-11

1.2361-10

0.3874

-0.2457

226

1.6272-11

1.5957-10

2.2645-11

2.2207-10

1.2238-11

1.2001-10

0.3917

-0.2479

227

1.5846-11

1.5540-10

2.2120-11

2.1692-10

1.1882-11

1.1652-10

0.3959

-0.2502

228

1.5433-11

1.5135-10

2.1609-11

2.1191-10

1.1538-11

1.1315-10

0.4002

-0.2524

229

1.5032-11

1.4742-10

2.1112-11

2.0704-10

1.1205-11

1.0989-10

0.4044

-0.2546

230

1.4644-11

1.4361-10

2.0628-11

2.0229-10

1.0883-11

1.0673-10

0.4087

-0.2568

231

1.4267-11

1.3991-10

2.0158-11

1.9768-10

1.0571-11

1.0367-10

0.4129

-0.2591

232

1.3901-11

1.3632-10

1.9699-11

1.9319-10

1.0269-11

1.0070-10

0.4171

-0.2613

233

1.3546-11

1.3284-10

1.9254-11

1.8881-10

9.9764-12

9.7835-11

0.4213

-0.2635

234

1.3202-11

1.2946-10

1.8820-11

1.8456-10

9.6932-12

9.5057-11

0.4256

-0.2658

235

1.2867-11

1.2618-10

1.8397-11

1.8041-10

9.4188-12

9.2367-11

0.4298

-0.2680

236

1.2543-11

1.2300-10

1.7986-11

1.7638-10

9.1530-12

8.9761-11

0.4340

-0.2702

237

1.2227-11

1.1991-10

1.7585-11

1.7245-10

8.8956-12

8.7236-11

0.4382

-0.2725

238

1.1921-11

1.1691-10

1.7195-11

1.6862-10

8.6461-12

8.4790-11

0.4423

-0.2747

239

1.1624-11

1.1399-10

1.6815-11

1.6490-10

8.4044-12

8.2419-11

0.4465

-0.2770

240

1.1335-11

1.1116-10

1.6444-11

1.6126-10

8.1702-12

8.0122-11

0.4507

-0.2792

241

1.1055-11

1.0841-10

1.6084-11

1.5773-10

7.9432-12

7.7896-11

0.4549

-0.2815

242

1.0782-11

1.0574-10

1.5732-11

1.5428-10

7.7232-12

7.5738-11

0.4591

-0.2837

243

1.05…..*8-11

1.0314-10

1.5389-11

1.5092-10

7.5099-12

7.3647-11

0.4632

-0.2860

________________

* Брак оригинала. - .

244

1.0260-11

1.0062-10

1.5056-11

1.4764-10

7.3031-12

7.1619-11

0.4674

-0.2882

245

1.0010-11

9.8165-11

1.4730-11

1.4445-10

7.1026-12

6.9652-11

0.4715

-0.2905

246

9.7670-12

9.5781-11

1.4413-11

1.4134-10

6.9081-12

6.7746-11

0.4757

-0.2927

247

9.5306-12

9.3463-11

1.4104-11

1.3831-10

6.7196-12

6.5897-11

0.4798

-0.2949

248

9.3008-12

9.1210-11

1.3802-11

1.3535-10

6.5367-12

6.4103-11

0.4840

-0.2972

249

9.0773-12

8.9018-11

1.3508-11

1.3247-10

6.3593-12

6.2364-11

0.4881

-0.2994

250

8.8600-12

8.6887-11

1.3221-11

1.2965-10

6.1873-12

6.0676-11

0.4922

-0.3017

255

7.8591-12

7.7071-11

1.1889-11

1.1659-10

5.4006-12

5.2962-11

0.5128

-0.3128

260

6.9856-12

6.8505-11

1.0711-11

1.0504-10

4.7230-12

4.6317-11

0.5333

-0.3239

265

6.2213-12

6.1010-11

9.6656-12

9.4788-11

4.1379-12

4.0579-11

0.5536

-0.3349

270

5.5510-12

5.4437-11

8.7368-12

8.5679-11

3.6317-12

3.5615-11

0.5739

-0.3458

275

4.9617-12

4.8657-11

7.9095-12

7.7566-11

3.1928-12

3.1311-11

0.5941

-0.3565

280

4.4424-12

4.3565-11

7.1712-12

7.0326-11

2.8115-12

2.7571-11

0.6142

-0.3671

285

3.9840-12

3.9070-11

6.5111-12

6.3852-11

2.4796-12

2.4316-11

0.6343

-0.3776

290

3.5784-12

3.5092-11

5.9198-12

5.8053-11

2.1901-12

2.1478-11

0.6543

-0.3880

295

3.2188-12

3.1566-11

5.3892-12

5.2850-11

1.9373-12

1.8998-11

0.6743

-0.3981

300

2.8996-12

2.8435-11

4.9124-12

4.8174-11

1.7161-12

1.6829-11

0.6942

-0.4082

305

2.6155-12

2.5650-11

4.4831-12

4.3964-11

1.5222-12

1.4927-11

0.7140

-0.4180

310

2.3624-12

2.3168-11

4.0961-12

4.0169-11

1.3519-12

1.3258-11

0.7338

-0.4277

315

2.1365-12

2.0952-11

3.7467-12

3.6742-11

1.2023-12

1.1790-11

0.7536

-0.4373

320

1.9346-12

1.8972-11

3.4307-12

3.3644-11

1.0705-12

1.0498-11

0.7734

-0.4467

325

1.7538-12

1.7199-11

3.1447-12

3.0839-11

9.5428-13

9.3583-12

0.7931

-0.4559

330

1.5917-12

1.5609-11

2.8854-12

2.8296-11

8.5168-13

8.3521-12

0.8128

-0.4649

335

1.4462-12

1.4182-11

2.6501-12

2.5988-11

7.6096-13

7.4625-12

0.8324

-0.4738

340

1.3154-12

1.2900-11

2.4362-12

2.3891-11

6.8064-13

6.6748-12

0.8521

-0.4826

345

1.1976-12

1.1745-11

2.2416-12

2.1983-11

6.0945-13

5.9767-12

0.8717

-0.4911

350

1.0915-12

1.0704-11

2.0644-12

2.0245-11

5.4626-13

5.3570-12

0.8913

-0.4995

355

9.9574-13

9.7649-12

1.9028-12

1.8660-11

4.9012-13

4.8064-12

0.9109

-0.5078

360

9.0923-13

8.9165-12

1.7553-12

1.7213-11

4.4017-13

4.3166-12

0.9305

-0.5159

365

8.3098-13

8.1491-12

1.6205-12

1.5892-11

3.9569-13

3.8804-12

0.9501

-0.5238

370

7.6014-13

7.4544-12

1.4972-12

1.4683-11

3.5603-13

3.4915-12

0.9697

-0.5316

375

6.9593-13

6.8247-12

1.3844-12

1.3576-11

3.2064-13

3.1444-12

0.9893

-0.5393

380

5.3767-13

6.2534-12

1.2810-12

1.2562-11

2.8902-13

2.8343-12

1.0089

-0.5468

385

5.8477-13

5.7346-12

1.1862-12

1.1632-11

2.6074-13

2.5569-12

1.0284

-0.5541

390

5.3667-13

5.2629-12

1.0991-12

1.0779-11

2.3542-13

2.3087-12

1.0480

-0.5613

395

4.9291-13

4.8337-12

1.0191-12

9.9944-12

2.1273-13

2.0862-12

1.0676

-0.5684

400

4.5305-13

4.4429-12

9.4561-13

9.2732-12

1.9238-13

1.8866-12

1.0872

-0.5754

405

4.1671-13

4.0866-12

8.7794-13

8.6097-12

1.7412-13

1.7075-12

1.1068

-0.5822

410

3.8357-13

3.7615-12

8.1563-13

7.9986-12

1.5771-13

1.5466-12

1.1264

-0.5888

415

3.5330-13

3.4647-12

7.5820-13

7.4354-12

1.4295-13

1.4018-12

1.1461

-0.5954

420

3.2564-13

3.1934-12

7.0523-13

6.9159-12

1.2966-13

1.2716-12

1.1657

-0.6018

425

3.0034-13

2.9453-12

6.5634-13

6.4365-12

1.1770-13

1.1542-12

1.1853

-0.6081

430

2.7718-13

2.7182-12

6.1119-13

5.9937-12

1.0691-13

1.0484-12

1.2050

-0.6143

435

2.5597-13

2.5102-12

5.6946-13

5.5845-12

9.7179-14

9.5300-13

1.2247

-0.6204

440

2.3653-13

2.3196-12

5.3087-13

5.2060-12

8.8391-14

8.6682-13

1.2444

-0.6263

445

2.1870-13

2.1447-12

4.9515-13

4.8558-12

8.0450-14

7.8895-13

1.2641

-0.6321

450

2.0232-13

1.9841-12

4.6207-13

4.5314-12

7.3270-14

7.1853-13

1.2838

-0.6379

455

1.8728-13

1.8366-12

4.3142-13

4.2308-12

6.6772-14

6.5481-13

1.3036

-0.6435

460

1.7346-13

1.7010-12

4.0301-13

3.9522-12

6.0887-14

5.9710-13

1.3234

-0.6490

465

1.6074-13

1.5763-12

3.7664-13

3.6936-12

5.5555-14

5.4481-13

1.3432

-0.6544

470

1.4904-13

1.4616-12

3.5217-13

3.4536-12

5.0719-14

4.9739-13

1.3630

-0.6597

475

1.3826-13

1.3558-12

З.2944-13

3.2307-12

4.6332-14

4.5436-13

1.3828

-0.6649

480

1.2832-13

1.2584-12

3.0832-13

3.0236-12

4.2347-14

4.1529-13

1.4027

-0.6700

485

1.1916-13

1.1686-12

2.8868-13

2.8310-12

3.8727-14

3.7979-13

1.4226

-0.6750

490

1.1071-13

1.0857-12

2.7041-13

2.6518-12

3.5436-14

3.4751-13

1.4425

-0.6799

495

1.0291-13

1.0092-12

2.5341-13

2.4851-12

3.2442-14

3.1815-13

1.4625

-0.6847

500

9.5699-14

9.3849-13

2.3757-13

2.3298-12

2.9717-14

2.9142-13

1.4825

-0.6895

505

8.9038-14

8.7316-13

2.2281-13

2.1851-12

2.7234-14

2.6708-13

1.5025

-0.6941

510

8.2878-14

8.1275-13

2.0906-13

2.0502-12

2.4972-14

2.4489-13

1.5225

-0.6987

515

7.7178-14

7.5686-13

1.9623-13

1.9244-12

2.2909-14

2.2466-13

1.5426

-0.7032

520

7.1903-14

7.0512-13

1.8426-13

1.8070-12

2.1027-14

2.0620-13

1.5627

-0.7076

525

6.7016-14

6.5721-13

1.7309-13

1.6974-12

1.9309-14

1.8935-13

1.5828

-0.7119

530

6.2489-14

6.1280-13

1.6265-13

1.5951-12

1.7739-14

1.7396-13

1.6030

--0.7161

535

5.8291-14

5.7164-13

1.5291-13

1.4995-12

1.6305-14

1.5990-13

1.6231

-0.7203

540

5.4397-14

5.3346-13

1.4379-13

1.4101-12

1.4994-14

1.4704-13

1.6434

-0.7244

545

5.0784-14

4.9802-13

1.3527-13

1.3266-12

1.3794-14

1.3527-13

1.6636

-0.7284

550

4.7430-14

4.6513-13

1.2730-13

1.2484-12

1.2696-14

1.2451-13

1.6839

-0.7323

555

4.4314-14

4.3457-13

1.1984-13

1.1752-12

1.1691-14

1.1464-13

1.7043

-0.7362

560

4.1419-14

4.0618-13

1.1285-13

1.1067-12

1.0769-14

1.0561-13

1.7246

-0.7400

565

3.8728-14

3.7979-13

1.0631-13

1.0425-12

9.9249-15

9.7330-14

1.7450

-0.7437

570

3.62…..*4-14

3.5524-13

1.0018-13

9.8240-13

9.1505-15

8.9736-14

1.7655

-0.7474

________________

* Брак оригинала. - .

575

3.3895-14

3.3240-13

9.4430-14

9.2604-13

8.4400-15

8.2768-14

1.7859

-0.7510

580

3.1727-14

3.1114-13

8.9041-14

8.7319-13

7.7878-15

7.6372-14

1.8065

-0.7545

585

2.9708-14

2.9134-13

8.3985-14

8.2361-13

7.1889-15

7.0499-14

1.8270

-0.7580

590

2.7827-14

2.7289-13

7.9241-14

7.7708-13

6.6386-15

6.5103-14

1.8476

-0.7614

595

2.6074-14

2.5570-13

7.4787-14

7.3341-13

6.1329-15

6.0143-14

1.8682

-0.7648

600

2.4440-14

2.3967-13

7.0604-14

6.9239-13

5.6678-15

5.5583-14

1.8889

-0.7681

610

2.2312-14

2.1880-13

6.3433-14

6.2207-13

5.1102-15

5.0114-14

1.8431

-0.7710

620

1.9901-14

1.9517-13

5.6800-14

5.5701-13

4.4890-15

4.4022-14

1.8541

-0.7744

630

1.7792-14

1.7448-13

5.0934-14

4.9949-13

3.9.....*71-15

3.8904-14

1.8628

-0.7770

________________

* Брак оригинала. - .

640

1.5939-14

1.5631-13

4.5738-14

4.4854-13

3.5244-15

3.4562-14

1.8695

-0.7789

650

1.4309-14

1.4032-13

4.1127-14

4.0332-13

3.1456-15

3.0848-14

1.8743

-0.7802

660

1.2869-14

1.2620-13

3.7030-14

3.6314-13

2.8191-15

2.7646-14

1.8774

-0.7809

670

1.1595-14

1.1371-13

3.3382-14

3.2737-13

2.5359-15

2.4869-14

1.8789

-0.7813

680

1.0466-14

1.0263-13

3.0130-14

2.9548-13

2.2888-15

2.2446-14

1.8789

-0.7813

690

9.4616-15

9.2787-14

2.7227-14

2.6701-13

2.0721-15

2.0321-14

1.8776

-0.7810

700

8.5672-15

8.4015-14

2.4631-14

2.4155-13

1.8812-15

1.8448-14

1.8751

-0.7804

710

7.7688-15

7.6180-14

2.2307-14

2.1876-13

1.7123-15

1.6792-14

1.8714

-0.7796

720

7.0549-15

6.9185-14

2.0224-14

1.9833-13

1.5622-15

1.5320-14

1.8667

-0.7786

730

6.4154-15

6.2913-14

1.8354-14

1.7999-13

1.4285-15

1.4009-14

1.8610

-0.7773

740

5.8414-15

5.7285-14

1.6674-14

1.6351-13

1.3089-15

1.2836-14

1.8544

-0.7759

750

5.3255-15

5.2225-14

1.5162-14

1.4868-13

1.2016-15

1.1784-14

1.8470

-0.7749

760

4.8610-15

4.7670-14

1.3799-14

1.3533-13

1.1051-15

1.0837-14

1.8388

-0.7728

770

4.4422-15

4.3563-14

1.2571-14

1.2328-13

1.0180-15

9.9836-15

1.8300

-0.7704

780

4.0639-15

3.9854-14

1.1462-14

1.1241-13

9.3935-16

9.2120-15

1.8205

-0.7687

790

3.7219-15

3.6500-14

1.0460-14

1.0258-13

8.6805-16

8.5127-15

1.8104

-0.7668

800

3.4123-15

3.3463-14

9.5537-15

9.3690-14

8.0329-16

7.8777-15

1.7998

-0.7646

810

3.1315-15

3.0709-14

8.7328-15

8.5640-14

7.4437-16

7.2999-15

1.7887

-0.7623

820

2.8766-15

2.8210-14

7.9888-15

7.8343-14

6.9066-16

6.7731-15

1.7772

-0.7599

830

2.6449-15

2.5938-14

7.3137-15

7.1723-14

6.4160-16

6.2920-15

1.7652

-0.7574

840

2.4341-15

2.3870-14

6.7008-15

6.5712-14

5.9672-16

5.8518-15

1.7529

-0.7548

850

2.2421-15

2.1987-14

6.1437-15

6.0249-14

5.5559-16

5.4485-15

1.7402

-0.7522

860

2.0669-15

2.0270-14

5.6369-15

5.5279-14

5.1784-16

5.0783-15

1.7272

-0.7495

870

1.9070-15

1.8702-14

5.1755-15

5.0755-14

4.8315-16

4.7381-15

1.7139

-0.7466

880

1.7609-15

1.7269-14

4.7551-15

4.6632-14

4.5121-16

4.4249-15

1.7004

-0.7438

890

1.6273-15

1.5958-14

4.3718-15

4.2873-14

4.2178-16

4.1363-15

1.6866

-0.7408

900

1.5049-15

1.4758-14

4.0220-15

3.9442-14

3.9462-16

3.8700-15

1.6726

-0.7378

910

1.3928-15

1.3658-14

3.7025-15

3.6309-14

3.6953-16

3.6239-15

1.6584

-0.7347

920

1.2899-15

1.2649-14

3.4105-15

3.3445-14

3.4632-16

3.3963-15

1.6440

-0.7315

930

1.1954-15

1.1723-14

3.1434-15

3.0826-14

3.2482-16

3.1855-15

1.6295

-0.7283

940

1.1087-15

1.0872-14

2.8990-15

2.8429-14

3.0490-16

2.9901-15

1.6148

-0.7250

950

1.0288-15

1.0.....*90-14

2.6751-15

2.6234-14

2.8640-16

2.8087-15

1.6001

-0.7216

________________

* Брак оригинала. - .

960

9.5539-16

9.3692-15

2.4699-15

2.4221-14

2.6922-16

2.6402-15

1.5852

-0.7182

970

8.8774-16

8.7058-15

2.2817-15

2.2376-14

2.5325-16

2.4836-15

1.5702

-0.7147

980

8.2538-16

8.0942-15

2.1090-15

2.0682-14

2.3838-16

2.3378-15

1.5552

-0.7112

990

7.6785-16

7.5301-15

1.9504-15

1.9127-14

2.2453-16

2.2020-15

1.5401

-0.7076

1000

7.1475-16

7.0094-15

1.8047-15

1.7698-14

2.1162-16

2.0754-15

1.5249

-0.7039

1010

6.6570-16

6.5283-15

1.6707-15

1.6384-14

1.9957-16

1.9572-15

1.5097

-0.7002

1020

6.2035-16

6.0837-15

1.5474-15

1.5175-14

1.8832-16

1.8469-15

1.4944

-0.6964

1030

5.7841-16

5.6723-15

1.4340-15

1.4062-14

1.7781-16

1.7437-15

1.4791

-0.6926

1040

5.3959-16

5.2916-15

1.3295-15

1.3038-14

1.6797-16

1.6473-15

1.4638

-0.6887

1050

5.0363-16

4.9390-15

1.2332-15

1.2093-14

1.5877-16

1.5570-15

1.4485

-0.6848

1060

4.7031-16

4.6122-15

1.1444-15

1.1223-14

1.5014-16

1.4724-15

1.4332

-0.6807

1070

4.3941-16

4.3092-15

1.0625-15

1.0419-14

1.4206-16

1.3932-15

1.4179

-0.6767

1080

4.1073-16

4.0280-15

9.8685-16

9.6778-15

1.3448-16

1.3189-15

1.4026

-0.6726

1090

3.8411-16

3.7669-15

9.1703-16

8.9930-15

1.2737-16

1.2491-15

1.3874

-0.6684

1100

3.5938-16

3.5244-15

8.5251-16

8.3603-15

1.2068-16

1.1836-15

1.3721

-0.6642

1110

3.3640-16

3.2990-15

7.9287-16

7.7755-15

1.1441-16

1.1220-15

1.3569

-0.6599

1120

3.1502-16

3.0894-15

7.3771-16

7.2345-15

1.0850-16

1.0641-15

1.3417

-0.6556

1130

2.9514-16

2.8943-15

6.8667-16

6.7340-15

1.0295-16

1.0096-15

1.3266

-0.6512

1140

2.7662-16

2.7128-15

6.3942-16

6.2706-15

9.7726-17

9.5837-16

1.3115

-0.6467

1150

2.5938-16

2.5437-15

5.9565-16

5.8414-15

9.2802-17

9.1008-16

1.2964

-0.6422

1160

2.4331-16

2.3861-15

5.5510-16

5.4437-15

8.8162-17

8.6457-16

1.2814

-0.6377

1170

2.2833-16

2.2392-15

5.1751-16

5.0751-15

8.3787-17

8.2167-16

1.2665

-0.6330

1180

2.1435-16

2.1021-15

4.8264-16

4.7332-15

7.9660-17

7.8120-16

1.2516

-0.6284

1190

2.0131-16

1.9742-15

4.5029-16

4.4159-15

7.5765-17

7.4300-16

1.2368

-0.6237

1200

1.8914-16

1.8548-15

4.2027-16

4.1215-15

7.2087-17

7.0693-16

1.2220

-0.6189

1210

1.7776-16

1.7433-15

3.9238-16

3.8480-15

6.8612-17

6.7285-16

1.2073

-0.6140

1220

1.6714-16

1.6391-15

3.6648-16

3.5940-15

6.5328-17

6.4065-16

1.1927

-0.6091

1230

1.5720-16

1.5417-15

3.4241-16

3.3579-15

6.2222-17

6.1019-16

1.1781

-0.6042

1240

1.4791-16

1.4505-15

3.2002-16

3.1384-15

5.9285-17

5.8139-16

1.1636

-0.5992

1250

1.3921-16

1.3653-15

2.9920-16

2.9342-15

5.6505-17

5.5412-16

1.1492

-0.5941

1260

1.3107-16

1.2855-15

2.7983-16

2.7443-15

5.3872-17

5.2831-16

1.1349

-0.5890

1270

1.2345-16

1.2107-15

2.6180-16

2.5674-15

5.1379-17

5.0386-16

1.1206

-0.5838

1280

1.1631-16

1.1407-15

2.4501-16

2.4028-15

4.9017-17

4.8069-16

1.1064

-0.5786

1290

1.0962-16

1.0751-15

2.2937-16

2.2494-15

4.6777-17

4.5873-16

1.0923

-0.5733

1300

1.0335-16

1.0136-15

2.1480-16

2.1065-15

4.4653-17

4.3790-16

1.0783

-0.5680

1310

9.7472-17

9.5587-16

2.0121-16

1.9733-15

4.2638-17

4.1814-16

1.0644

-0.5626

1320

9.1952-17

9.0174-16

1.8854-16

1.8490-15

4.0726-17

3.9939-16

1.0505

-0.5571

1330

8.6771-17

8.5094-16

1.7673-16

1.7331-15

3.8911-17

3.8159-16

1.0367

-0.5516

1340

8.1907-17

8.0324-16

1.6570-16

1.6250-15

3.7187-17

3.6468-16

1.0230

-0.5460

1350

7.7339-17

7.5843-16

1.5540-16

1.5240-15

3.5549-17

3.4862-16

1.0094

-0.5403

1360

7.3046-17

7.1634-16

1.4579-16

1.4298-15

3.3992-17

3.3335-16

0.9959

-0.5346

1370

6.9012-17

6.7678-16

1.3681-16

1.3417-15

3.2512-17

3.1884-16

0.9825

-0.5289

1380

6.5219-17

6.3958-16

1.2842-16

1.2594-15

3.1105-17

3.0504-16

0.9692

-0.5231

1390

6.1652-17

6.0459-16

1.2058-16

1.1825-15

2.9766-17

2.9191-16

0.9559

-0.5172

1400

5.8295-17

5.7168-16

1.1325-16

1.1106-15

2.8492-17

2.7941-16

0.9427

-0.5112

1410

5.5137-17

5.4071-16

1.0639-16

1.0434-15

2.7279-17

2.6752-16

0.9297

-0.5052

1420

5.2163-17

5.1154-16

9.9980-17

9.8047-16

2.6124-17

2.5619-16

0.9167

-0.4992

1430

4.9363-17

4.8408-16

9.3976-17

9.2159-16

2.5024-17

2.4540-16

0.9038

-0.4931

1440

4.6725-17

4.5822-16

8.8356-17

8.6647-16

2.3976-17

2.3513-16

0.8910

-0.4869

1450

4.4240-17

4.3384-16

8.3093-17

8.1486-16

2.2977-17

2.2533-16

0.8782

-0.4806

1460

4.1897-17

4.1087-16

7.8164-17

7.6652-16

2.2025-17

2.1599-16

0.8656

-0.4743

1470

3.9688-17

3.8921-16

7.3545-17

7.2123-16

2.1117-17

2.0708-16

0.8531

-0.4679

1480

3.7605-17

3.6878-16

6.9216-17

6.7878-16

2.0251-17

1.9859-16

0.8406

-0.4615

1490

3.5640-17

3.4951-16

6.5159-17

6.3899-16

1.9424-17

1.9048-16

0.8282

-0.4550

1500

3.3785-17

3.3132-16

6.1354-17

6.0167-16

1.8635-17

1.8275-16

0.8160

-0.4484



Таблица 14


Плотность и относительные отклонения плотности атмосферы для 175·10 Вт/м·Гц

Высота, км

Модельная
плотность

Максимальная плотность

Минимальная плотность

Относительные отклонения плотности

кгс·с

кг/м

кгс·с

кг/м

кгс·с

кг/м

max

min

120

2.4885-09

2.4404-08

2.4885-09

2.4404-08

2.4885-09

2.4404-08

0.0000

0.0000

121

2.1392-09

2.0978-08

2.1463-09

2.1048-08

2.1350-09

2.0937-08

0.0033

-0.0020

122

1.8706-09

1.8344-08

1.8861-09

1.8496-08

1.8602-09

1.8243-08

0.0083

-0.0055

123

1.6560-09

1.6240-08

1.6787-09

1.6463-08

1.6402-09

1.6085-08

0.0137

-0.0095

124

1.4801-09

1.4515-08

1.5085-09

1.4793-08

1.4597-09

1.4315-08

0.0192

-0.0138

125

1.3329-09

1.3071-08

1.3658-09

1.3394-08

1.3088-09

1.2835-08

0.0247

-0.0181

126

1.2078-09

1.1844-08

1.2442-09

1.2202-08

1.1808-09

1.1580-08

0.0302

-0.0223

127

1.1002-09

1.0789-08

1.1393-09

1.1173-08

1.0709-09

1.0502-08

0.0356

-0.0266

128

1.0066-09

9.8717-09

1.0478-09

1.0276-08

9.7568-10

9.5681-08

0.0409

-0.0308

129

9.2463-10

9.0675-09

9.6731-10

9.4861-09

8.9240-10

8.7515-08

0.0462

-0.0349

130

8.5221-10

8.3574-09

8.9594-10

8.7862-09

8.1908-10

8.0325-09

0.0513

-0.0389

131

7.8785-10

7.7262-09

8.3227-10

8.1618-09

7.5413-10

7.3954-09

0.0564

-0.0428

132

7.3034-10

7.1622-09

7.7515-10

7.6016-09

6.9626-10

6.8280-09

0.0614

-0.0467

133

6.7869-10

6.6556-09

7.2365-10

7.0966-09

6.4446-10

6.3199-09

0.0662

-0.0504

134

6.3209-10

6.1987-09

6.7701-10

6.6392-09

5.9788-10

5.8632-09

0.0711

-0.0541

135

5.8990-10

5.7850-09

6.3462-10

6.2235-09

5.5584-10

5.4509-09

0.0758

-0.0577

136

5.5156-10

5.4089-09

5.9594-10

5.8442-09

5.1776-10

5.0775-09

0.0805

-0.0613

137

5.1660-10

5.0661-09

5.6055-10

5.4971-09

4.8315-10

4.7381-09

0.0851

-0.0647

138

4.8463-10

4.7526-09

5.2806-10

5.1785-09

4.5160-10

4.4287-09

0.0896

-0.0681

139

4.5532-10

4.4651-09

4.9815-10

4.8852-09

4.2277-10

4.1460-09

0.0941

-0.0715

140

4.2837-10

4.2009-09

4.7056-10

4.6147-09

3.9635-10

3.8869-09

0.0985

-0.0747

141

4.0355-10

3.9575-09

4.4505-10

4.3645-09

3.7209-10

3.6490-09

0.1028

-0.0780

142

3.8063-10

3.7327-09

4.2141-10

4.1326-09

3.4976-10

3.4299-09

0.1071

-0.0811

143

3.5942-10

3.5247-09

3.9946-10

3.9173-09

3.2916-10

3.2279-09

0.1114

-0.0842

144

3.3976-10

3.3319-09

3.7903-10

3.7171-09

3.1012-10

3.0413-09

0.1156

-0.0872

145

3.2151-10

3.1529-09

3.6001-10

3.5305-09

2.9250-10

2.8685-09

0.1197

-0.0902

146

3.0453-10

2.9864-09

3.4225-10

3.3563-09

2.7616-10

2.7082-09

0.1239

-0.0932

147

2.8871-10

2.8313-09

3.2565-10

3.1935-09

2.6099-10

2.5594-09

0.1279

-0.0960

148

2.7396-10

2.6866-09

3.1011-10

3.0411-09

2.4687-10

2.4210-09

0.1319

-0.0989

149

2.6018-10

2.5515-09

2.9554-10

2.8983-09

2.3372-10

2.2920-09

0.1359

-0.1017

150

2.4728-10

2.4250-09

2.8187-10

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151

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152

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1.9930-10

1.9545-09

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153

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2.0913-09

2.4556-10

2.4081-09

1.8927-10

1.8562-09

0.1515

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154

2.0327-10

1.9934-09

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1.7988-10

1.7640-09

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155

1.9387-10

1.9012-09

2.2470-10

2.2036-09

1.7107-10

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156

1.8502-10

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2.1514-10

2.1098-09

1.6279-10

1.5965-09

0.1628

-0.1201

157

1.7668-10

1.7326-09

2.0610-10

2.0211-09

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1.5202-09

0.1665

-0.1226

158

1.6881-10

1.6555-09

1.9754-10

1.9372-09

1.4770-10

1.4484-09

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159

1.6138-10

1.5826-09

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1.8577-09

1.4080-10

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160

1.5436-10

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1.7824-09

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161

1.4772-10

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1.7447-10

1.7109-09

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1.2570-09

0.1811

-0.1323

162

1.4144-10

1.3870-09

1.6755-10

1.6431-09

1.2240-10

1.2003-09

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163

1.3549-10

1.3287-09

1.6098-10

1.5787-09

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1.1468-09

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164

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1.2733-09

1.5474-10

1.5174-09

1.1177-10

1.0961-09

0.1917

-0.1392

165

1.2449-10

1.2209-09

1.4880-10

1.4592-09

1.0688-10

1.0482-09

0.1952

-0.1414

166

1.1942-10

1.1711-09

1.4314-10

1.4037-09

1.0226-10

1.0028-09

0.1987

-0.1437

167

1.1459-10

1.1238-09

1.3776-10

1.3509-09

9.7876-11

9.5984-10

0.2021

-0.1459

168

1.1001-10

1.0788-09

1.3262-10

1.3006-09

9.3722-11

9.1910-10

0.2056

-0.1481

169

1.0565-10

1.0361-09

1.2773-10

1.2526-09

8.9782-11

8.8046-10

0.2090

-0.1502

170

1.0151-10

9.9542-10

1.2306-10

1.2068-09

8.6042-11

8.4378-10

0.2124

-0.1523

171

9.7558-11

9.5672-10

1.1861-10

1.1631-09

8.2491-11

8.0896-10

0.2158

-0.1544

172

9.3799-11

9.1985-10

1.1435-10

1.1214-09

7.9117-11

7.7587-10

0.2191

-0.1565

173

9.0216-11

8.8472-10

1.1029-10

1.0815-09

7.5909-11

7.4441-10

0.2225

-0.1586

174

8.6800-11

8.5122-10

1.0640-10

1.0434-09

7.2857-11

7.1449-10

0.2258

-0.1606

175

8.3542-11

8.1927-10

1.0268-10

1.0069-09

6.9954-11

6.8601-10

0.2291

-0.1627

176

8.0432-11

7.8877-10

9.9122-11

9.7205-10

6.7189-11

6.5890-10

0.2324

-0.1647

177

7.7463-11

7.5965-10

9.5716-11

9.3865-10

6.4555-11

6.3307-10

0.2356

-0.1666

178

7.4626-11

7.3183-10

9.2454-11

9.0666-10

6.2045-11

6.0845-10

0.2389

-0.1686

179

7.1916-11

7.0525-10

8.9328-11

8.7601-10

5.9651-11

5.8498-10

0.2421

-0.1705

180

6.8998-11

6.7664-10

8.1961-11

8.0377-10

5.7671-11

5.6555-10

0.1879

-0.1642

181

6.6760-11

6.5469-10

7.9617-11

7.8077-10

5.5732-11

5.4655-10

0.1926

-0.1652

182

6.4610-11

6.3360-10

7.7356-11

7.5860-10

5.3868-11

5.2827-10

0.1973

-0.1663

183

6.2543-11

6.1334-10

7.5174-11

7.3721-10

5.2075-11

5.1068-10

0.2020

-0.1674

184

6.0558-11

5.9387-10

7.3070-11

7.1657-10

5.0350-11

4.9376-10

0.2066

-0.1686

185

5.8648-11

5.7514-10

7.1038-11

6.9665-10

4.8689-11

4.7748-10

0.2113

-0.1698

186

5.6811-11

5.5713-10

6.9076-11

6.7741-10

4.7091-11

4.6181-10

0.2159

-0.1711

187

5.5044-11

5.3980-10

6.7182-11

6.5883-10

4.5553-11

4.4672-10

0.2205

-0.1724

188

5.3344-11

5.2312-10

6.5351-11

6.4088-10

4.4071-11

4.3219-10

0.2251

-0.1738

189

5.1706-11

5.0707-10

6.3583-11

6.2353-10

4.2645-11

4.1820-10

0.2297

-0.1753

190

5.0130-11

4.9160-10

6.1873-11

6.0676-10

4.1270-11

4.0472-10

0.2343

-0.1767

191

4.8611-11

4.7671-10

6.0220-11

5.9055-10

3.9946-11

3.9174-10

0.2388

-0.1782

192

4.7147-11

4.6236-10

5.8621-11

5.7487-10

3.8670-11

3.7922-10

0.2434

-0.1798

193

4.5737-11

4.4852-10

5.7074-11

5.5970-10

3.7440-11

3.6716-10

0.2479

-0.1814

194

4.4377-11

4.3519-10

5.5577-11

5.4503-10

3.6255-11

3.5554-10

0.2524

-0.1830

195

4.3065-11

4.2233-10

5.4129-11

5.3082-10

3.5111-11

3.4433-10

0.2569

-0.1847

196

4.1800-11

4.0992-10

5.2727-11

5.1707-10

3.4009-11

3.3351-10

0.2614

-0.1864

197

4.0580-11

3.9795-10

5.1369-11

5.0376-10

3.2946-11

3.2309-10

0.2659

-0.1881

198

3.9402-11

3.8640-10

5.0054-11

4.9086-10

3.1920-11

3.1303-10

0.2703

-0.1899

199

3.8265-11

3.7525-10

4.8780-11

4.7836-10

3.0930-11

3.0332-10

0.2748

-0.1917

200

3.7167-11

3.6448-10

4.7545-11

4.6626-10

2.9975-11

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-0.1935

201

3.6107-11

3.5408-10

4.6349-11

4.5453-10

2.9054-11

2.8492-10

0.2837

-0.1953

202

3.5082-11

3.4404-10

4.5189-11

4.4315-10

2.8164-11

2.7619-10

0.2881

-0.1972

203

3.4092-11

3.3433-10

4.4065-11

4.3213-10

2.7305-11

2.6777-10

0.2925

-0.1991

204

3.3136-11

3.2495-10

4.2974-11

4.2143-10

2.6475-11

2.5963-10

0.2969

-0.2010

205

3.2211-11

3.1588-10

4.1916-11

4.1106-10

2.5674-11

2.5177-10

0.3013

-0.2030

206

3.1317-11

3.0712-10

4.0890-11

4.0100-10

2.4900-11

2.4418-10

0.3057

-0.2049

207

3.0453-11

2.9864-10

3.9894-11

3.9123-10

2.4152-11

2.3685-10

0.3100

-0.2069

208

3.9616-11

2.9044-10

3.8928-11

3.8175-10

2.3430-11

2.2977-10

0.3144

-0.2089

209

3.8807-11

2.8250-10

3.7990-11

3.7255-10

2.2732-11

2.2292-10

0.3188

-0.2109

210

2.8024-11

2.7482-10

3.7079-11

3.6362-10

2.2057-11

2.1630-10

0.3231

-0.2129

211

2.7267-11

2.6739-10

3.6195-11

3.5495-10

2.1405-11

2.0991-10

0.3274

-0.2150

212

2.6533-11

2.6020-10

3.5336-11

3.4653-10

2.0774-11

2.0372-10

0.3318

-0.2170

213

2.5823-11

2.5323-10

3.4501-11

3.3834-10

2.0164-11

1.9774-10

0.3361

-0.2191

214

2.5135-11

2.4649-10

3.3691-11

3.3039-10

1.9575-11

1.9196-10

0.3404

-0.2212

215

2.4469-11

2.3996-10

3.2903-11

3.2267-10

1.9004-11

1.8637-10

0.3447

-0.2233

216

2.3823-11

2.3363-10

3.2137-11

3.1516-10

1.8453-11

1.8096-10

0.3490

-0.2254

217

2.3198-11

2.2749-10

3.1393-11

3.0786-10

1.7919-11

1.7572-10

0.3533

-0.2276

218

2.2592-11

2.2155-10

3.0670-11

3.0077-10

1.7402-11

1.7066-10

0.3576

-0.2297

219

2.2004-11

2.1579-10

2.9966-11

2.9387-10

1.6903-11

1.6576-10

0.3618

-0.2318

220

2.1435-11

2.1020-10

2.9282-11

2.8716-10

1.6419-11

1.6101-10

0.3661

-0.2340

221

2.0883-11

2.0479-10

2.8616-11

2.8063-10

1.5951-11

1.5642-10

0.3703

-0.2362

222

2.0347-11

1.9954-10

2.7969-11

2.7428-10

1.5497-11

1.5198-10

0.3746

-0.2384

223

1.9828-11

1.9444-10

2.7339-11

2.6810-10

1.5058-11

1.4767-10

0.3788

-0.2405

224

1.9324-11

1.8950-10

2.6726-11

2.6209-10

1.4633-11

1.4350-10

0.3831

-0.2427

225

1.8835-11

1.8471-10

2.6130-11

2.5624-10

1.4222-11

1.3947-10

0.3873

-0.2449

226

1.8360-11

1.8005-10

2.5549-11

2.5055-10

1.3823-11

1.3556-10

0.3915

-0.2471

227

1.7900-11

1.7554-10

2.4984-11

2.4501-10

1.3437-11

1.3177-10

0.3957

-0.2493

228

1.7453-11

1.7116-10

2.4433-11

2.3961-10

1.3063-11

1.2810-10

0.4000

-0.2515

229

1.7019-11

1.6690-10

2.3897-11

2.3435-10

1.2700-11

1.2455-10

0.4042

-0.2538

230

1.6598-11

1.6277-10

2.3376-11

2.2924-10

1.2349-11

1.2110-10

0.4084

-0.2560

231

1.6189-11

1.5876-10

2.2867-11

2.2425-10

1.2008-11

1.1776-10

0.4125

-0.2582

232

1.5791-11

1.5486-10

2.2372-11

2.1939-10

1.1678-11

1.1453-10

0.4167

-0.2604

233

1.5405-11

1.5107-10

2.1889-11

2.1466-10

1.1358-11

1.1139-10

0.4209

-0.2627

234

1.5030-11

1.4740-10

2.1419-11

2.1005-10

1.1048-11

1.0835-10

0.4251

-0.2649

235

1.4666-11

1.4382-10

2.0961-11

2.0556-10

1.0748-11

1.0540-10

0.4293

-0.2672

236

1.4312-11

1.403…..*-10

2.0515-11

2.0118-10

1.0456-11

1.0254-10

0.4334

-0.2694

________________

* Брак оригинала. - .

237

1.3967-11

1.3697-10

2.0079-11

1.9691-10

1.0173-11

9.9765-11

0.4376

-0.2716

238

1.3633-11

1.3369-10

1.9655-11

1.9275-10

9.8989-12

9.7075-11

0.4417

-0.2739

239

1.3308-11

1.3050-10

1.9241-11

1.8869-10

9.6329-12

9.4466-11

0.4459

-0.2761

240

1.2991-11

1.2740-10

1.8838-11

1.8474-10

9.3748-12

9.1935-11

0.4500

-0.2784

241

1.2684-11

1.2439-10

1.8444-11

1.8088-10

9.1243-12

8.9479-11

0.4542

-0.2806

242

1.2385-11

1.2145-10

1.8061-11

1.7711-10

8.8814-12

8.7096-11

0.4583

-0.2829

243

1.2094-11

1.1860-10

1.7686-11

1.7344-10

8.6455-12

8.4784-11

0.4624

-0.2851

244

1.1811-11

1.1582-10

1.7321-11

1.6986-10

8.4167-12

8.2540-11

0.4666

-0.2874

245

1.1535-11

1.1312-10

1.6965-11

1.6637-10

8.1946-12

8.0361-11

0.4707

-0.2896

246

1.1267-11

1.1050-10

1.6617-11

1.6296-10

7.9789-12

7.8247-11

0.4748

-0.2919

247

1.1007-11

1.0794-10

1.6278-11

1.5963-10

7.7696-12

7.6194-11

0.4789

-0.2941

248

1.0753-11

1.0545-10

1.5947-11

1.5639-10

7.5664-12

7.4201-11

0.4830

-0.2963

249

1.0506-11

1.0303-10

1.5624-11

1.5322-10

7.3690-12

7.2266-11

0.4871

-0.2986

250

1.0266-11

1.0067-10

1.5308-11

1.5012-10

7.1774-12

7.0386-11

0.4912

-0.3008

255

9.1550-12

8.9779-11

1.3839-11

1.3571-10

6.2987-12

6.1769-11

0.5116

-0.3120

260

8.1809-12

8.0227-11

1.2533-11

1.2291-10

5.5377-12

5.4307-11

0.5320

-0.3231

265

7.3243-12

7.1827-11

1.1369-11

1.1149-10

4.8773-12

4.7830-11

0.5523

-0.3341

270

6.5694-12

6.4423-11

1.0330-11

1.0130-10

4.3030-12

4.2198-11

0.5724

-0.3450

275

5.9024-12

5.7883-11

9.3998-12

9.2181-11

3.8026-12

3.7290-11

0.5926

-0.3558

280

5.3119-12

5.2091-11

8.5659-12

8.4003-11

3.3656-12

3.3005-11

0.6126

-0.3664

285

4.7879-12

4.6953-11

7.8168-12

7.6656-11

2.9833-12

2.9256-11

0.6326

-0.3769

290

4.3222-12

4.2386-11

7.1426-12

7.0045-11

2.6483-12

2.5971-11

0.6525

-0.3873

295

3.9073-12

3.8318-11

6.5348-12

6.4084-11

2.3543-12

2.3088-11

0.6724

-0.3975

300

3.5372-12

3.4688-11

5.9860-12

5.8702-11

2.0957-12

2.0552-11

0.6923

-0.4075

305

3.2064-12

3.1444-11

5.4897-12

5.3835-11

1.8680-12

1.8319-11

0.7121

-0.4174

310

2.9102-12

2.8539-11

5.0401-12

4.9427-11

1.6671-12

1.6349-11

0.7319

-0.4271

315

2.6446-12

2.5935-11

4.6324-12

4.5429-11

1.4897-12

1.4609-11

0.7517

-0.4367

320

2.4061-12

2.3596-11

4.2621-12

4.1797-11

1.3327-12

1.3070-11

0.7714

-0.4461

325

2.1916-12

2.1492-11

3.9253-12

3.8494-11

1.1937-12

1.1706-11

0.7911

-0.4553

330

1.9984-12

1.9597-11

3.6187-12

3.5487-11

1.0703-12

1.0496-11

0.8108

-0.4644

335

1.8241-12

1.7889-11

3.3391-12

3.2745-11

9.6077-13

9.4219-12

0.8305

-0.4733

340

1.6668-12

1.6346-11

3.0838-12

3.0242-11

8.6333-13

8.4663-12

0.8501

-0.4820

345

1.5246-12

1.4951-11

2.8506-12

2.7955-11

7.7656-13

7.6155-12

0.8698

-0.4906

350

1.3958-12

1.3688-11

2.6372-12

2.5862-11

6.9921-13

6.8569-12

0.8894

-0.4991

355

1.2791-12

1.2543-11

2.4418-12

2.3946-11

6.3017-13

6.1799-12

0.9091

-0.5073

360

1.1732-12

1.1505-11

2.2627-12

2.2189-11

5.6848-13

5.5749-12

0.9287

-0.5154

365

1.0770-12

1.0561-11

2.0983-12

2.0577-11

5.1330-13

5.0338-12

0.9483

-0.5234

370

9.8950-13

9.7037-12

1.9473-12

1.9097-11

4.6389-13

4.5492-12

0.9680

-0.5312

375

9.0989-13

8.9229-12

1.8085-12

1.7735-11

4.1960-13

4.1149-12

0.9876

-0.5388

380

8.3734-13

8.2115-12

1.6808-12

1.6483-11

3.7986-13

3.7252-12

1.0073

-0.5464

385

7.7118-13

7.5627-12

1.5631-12

1.5329-11

3.4417-13

3.3751-12

1.0269

-0.5537

390

7.1078-13

6.9704-12

1.4547-12

1.4265-11

3.1208-13

3.0604-12

1.0466

-0.5609

395

6.5560-13

6.4292-12

1.3546-12

1.3284-11

2.8320-13

2.7773-12

1.0662

-0.5680

400

6.0513-13

5.9343-12

1.2622-12

1.2378-11

2.5720-13

2.5222-12

1.0859

-0.5750

405

5.5893-13

5.4813-12

1.1769-12

1.1541-11

2.3375-13

2.2924-12

1.1056

-0.5818

410

5.1662-13

5.0663-12

1.0980-12

1.0767-11

2.1260-13

2.0849-12

1.1253

-0.5885

415

4.7782-13

4.6858-12

1.0249-12

1.0051-11

1.9351-13

1.8976-12

1.1450

-0.5950

420

4.4222-13

4.3367-12

9.5729-13

9.3878-12

1.7625-13

1.7284-12

1.1647

-0.6015

425

4.0953-13

4.0161-12

8.9461-13

8.7731-12

1.6063-13

1.5753-12

1.1845

-0.6078

430

3.7949-13

3.7215-12

8.3649-13

8.2032-12

1.4650-13

1.4367-12

1.2043

-0.6139

435

3.5186-13

3.4506-12

7.8256-13

7.6743-12

1.3371-13

1.3112-12

1.2241

-0.6200

440

3.2644-13

3.2013-12

7.3248-13

7.1832-12

1.2210-13

1.1974-12

1.2439

-0.6260

445

3.0302-13

2.9716-12

6.8595-13

6.7269-12

1.1158-13

1.0942-12

1.2637

-0.6318

450

2.8145-13

2.7600-12

6.4270-13

6.3027-12

1.0202-13

1.0005-12

1.2836

-0.6375

455

2.6155-13

2.5649-12

6.0246-13

5.9081-12

9.3338-14

9.1534-13

1.3034

-0.6431

460

2.4319-13

2.3649-12

5.6501-13

5.5408-12

8.5446-14

8.3794-13

1.3233

0.6486

465

2.2623-13

2.2186-12

5.3013-13

5.1988-12

7.8267-14

7.6753-13

1.3433

-0.6540

470

2.1057-13

2.0650-12

4.9763-13

4.8801-12

7.1731-14

7.0344-13

1.3632

-0.6593

475

1.9609-13

1.9230-12

4.6732-13

4.5829-12

6.5778-14

6.4506-13

1.3832

-0.6646

480

1.8269-13

1.7916-12

4.3906-13

4.3057-12

6.0351-14

5.9184-13

1.4032

-0.6697

485

1.7030-13

1.6700-12

4.1267-13

4.0469-12

5.5402-14

5.4331-13

1.4233

-0.6747

490

1.5881-13

1.5574-12

3.8804-13

3.8053-12

5.0886-14

4.9902-13

1.4434

-0.6796

495

1.4817-13

1.4531-12

3.6502-13

3.5796-12

4.6762-14

4.5858-13

1.4635

-0.6844

500

1.3831-13

1.3564-12

3.4351-13

3.3686-12

4.2994-14

4.2163-13

1.4836

-0.6891

505

1.2916-13

1.2666-12

3.2339-13

3.1713-12

3.9549-14

3.8784-13

1.5038

-0.6938

510

1.2067-13

1.1833-12

3.0456-13

2.9867-12

3.6398-14

3.5694-13

1.5240

-0.6984

515

1.1278-13

1.1060-12

2.8694-13

2.8139-12

3.3514-14

3.2866-13

1.5442

-0.7028

520

1.0546-13

1.0342-12

2.7044-13

2.6521-12

3.0874-14

3.0277-13

1.5645

-0.7072

525

9.8646-14

9.6739-13

2.5498-13

2.5005-12

2.8454-14

2.7904-13

1.5848

-0.7116

530

9.2313-14

9.0529-13

2.4049-13

2.3584-12

2.6236-14

2.5729-13

1.6051

-0.7158

535

8.6422-14

8.4751-13

2.2690-13

2.2251-12

2.4202-14

2.3734-13

1.6255

-0.7199

540

8.0938-14

7.9373-13

2.1415-13

2.1001-12

2.2336-14

2.1904-13

1.6459

-0.7240

545

7.5830-14

7.4364-13

2.0219-13

1.9828-12

2.0622-14

2.0223-13

1.6664

-0.7280

550

7.1072-14

6.9698-13

1.9096-13

1.8727-12

1.9048-14

1.8680-13

1.6868

-0.7320

555

6.6637-14

6.5349-13

1.8041-13

1.7692-12

1.7602-14

1.7261-13

1.7074

-0.7359

560

6.2502-14

6.1294-13

1.7050-13

1.6721-12

1.6272-14

1.5957-13

1.7279

-0.7397

565

5.8644-14

5.7510-13

1.6119-13

1.5807-12

1.5049-14

1.4758-13

1.7485

-0.7434

570

5.5044-14

5.3980-13

1.5243-13

1.4948-12

1.3923-14

1.3654-13

1.7692

-0.7471

575

5.1683-14

5.0683-13

1.4419-13

1.4140-12

1.2886-14

1.2637-13

1.7899

-0.7507

580

4.8543-14

4.7604-13

1.3644-13

1.3380-12

1.1932-14

1.1701-13

1.8106

-0.7542

585

4.5609-14

4.4727-13

1.2914-13

1.2664-12

1.1052-14

1.0838-13

1.8314

-0.7577

590

4.2867-14

4.2038-13

1.2226-13

1.1990-12

1.0241-14

1.0043-13

1.8522

-0.7611

595

4.0303-14

3.9524-13

1.1579-13

1.1355-12

9.4933-15

9.3097-14

1.8730

-0.7645

600

3.7904-14

3.7171-13

1.0969-13

1.0757-12

8.8032-15

8.6330-14

1.8939

-0.7678

610

3.4436-14

3.3770-13

9.8591-14

9.6684-13

7.7962-15

7.6455-14

1.8630

-0.7736

620

3.1036-14

3.0436-13

8.8996-14

8.7276-13

6.9731-15

6.8383-14

1.8675

-0.7753

630

2.8011-14

2.7469-13

8.0409-14

7.8855-13

6.2573-15

6.1363-14

1.8706

-0.7766

640

2.5314-14

2.4824-13

7.2716-14

7.1310-13

5.6319-15

5.5230-14

1.8726

-0.7775

650

2.2903-14

2.2463-13

6.5815-14

6.4542-13

5.0830-15

4.9848-14

1.8733

-0.7781

660

2.0752-14

2.0350-13

5.9620-14

5.8467-13

4.5994-15

4.5105-14

1.8730

-0.7784

670

1.8822-14

1.8458-13

5.4052-14

5.3007-13

4.1717-15

4.0910-14

1.8717

-0.7784

680

1.7092-14

1.6761-13

4.9044-14

4.8095-13

3.7921-15

3.7188-14

1.8694

-0.7781

690

1.5538-14

1.5237-13

4.4534-14

4.3673-13

3.4543-15

3.3875-14

1.8662

-0.7777

700

1.4140-14

1.3866-13

4.0470-14

3.9688-13

3.1526-15

3.0916-14

1.8622

-0.7770

710

1.2881-14

1.2632-13

3.6805-14

3.6093-13

2.8825-15

2.8268-14

1.8574

-0.7762

720

1.1745-14

1.1518-13

3.3496-14

3.2848-13

2.6401-15

2.5891-14

1.8518

-0.7752

730

1.0721-14

1.0513-13

3.0506-14

2.9916-13

2.4221-15

2.3752-14

1.8456

-0.7741

740

9.7943-15

9.6049-14

2.7803-14

2.7265-13

2.2254-15

2.1824-14

1.8387

-0.7728

750

8.9561-15

8.7829-14

2.5356-14

2.4866-13

2.0477-15

2.0081-14

1.8312

-0.7714

760

8.1969-15

8.0384-14

2.3140-14

2.2693-13

1.8868-15

1.8503-14

1.8231

-0.7698

770

7.5084-15

7.3632-14

2.1132-14

2.0723-13

1.7408-15

1.7072-14

1.8144

-0.7681

780

6.8835-15

6.7504-14

1.9310-14

1.8937-13

1.6082-15

1.5771-14

1.8053

-0.7664

790

6.3156-15

6.1935-14

1.7656-14

1.7315-13

1.4874-15

1.4587-14

1.7957

-0.7645

800

5.7992-15

5.6870-14

1.6154-14

1.5842-13

1.3773-15

1.3507-14

1.7856

-0.7625

810

5.3290-15

5.2260-14

1.4789-14

1.4503-13

1.2767-15

1.2521-14

1.7751

-0.7604

820

4.9006-15

4.8058-14

1.3547-14

1.3285-13

1.1848-15

1.1619-14

1.7643

-0.7582

830

4.5099-15

4.4227-14

1.2416-14

1.2176-13

1.1005-15

1.0793-14

1.7531

-0.7560

840

4.1533-15

4.0730-14

1.1386-14

1.1166-13

1.0233-15

1.0035-14

1.7415

-0.7536

850

3.8275-15

3.7535-14

1.0448-14

1.0246-13

9.5232-16

9.3391-15

1.7297

-0.7512

860

3.5296-15

3.4614-14

9.5917-15

9.4062-14

8.8709-16

8.6994-15

1.7175

-0.7487

870

3.2570-15

3.1941-14

8.8105-15

8.6402-14

8.2703-16

8.1105-15

1.7051

-0.7461

880

3.0074-15

2.9493-14

8.0972-15

7.9407-14

7.7169-16

7.5678-15

1.6924

-0.7434

890

2.7787-15

2.7250-14

7.4455-15

7.3016-14

7.2063-16

7.0670-15

1.6795

-0.7407

900

2.5689-15

2.5193-14

6.8497-15

6.7173-14

6.7347-16

6.6046-15

1.6664

-0.7378

910

2.3764-15

2.3305-14

6.3047-15

6.1828-14

6.2987-16

6.1770-15

1.6531

-0.7349

920

2.1996-15

2.1571-14

5.8059-15.

5.6937-14

5.8953-16

5.7813-15

1.6396

-0.7320

930

2.0371-15

1.9977-14

5.3492-15

5.2457-14

5.5215-16

5.4148-15

1.6259

-0.7289

940

1.8877-15

1.8512-14

4.9307-15

4.8353-14

5.1750-16

5.0750-15

1.6121

-0.7258

950

1.7501-15

1.7163-14

4.5470-15

4.4591-14

4.8534-16

4.7596-15

1.5981

-0.7227

960

1.6235-15

1.5921-14

4.1951-15

4.1140-14

4.5547-16

4.4667-15

1.5840

-0.7194

970

1.5068-15

1.4777-14

3.8721-15

3.7973-14

4.2771-16

4.1944-15

1.5698

-0.7161

980

1.3992-15

1.3721-14

3.5756-15

3.5065-14

4.0188-16

3.9411-15

1.5555

-0.7128

990

1.2999-15

1.2748-14

3.3033-15

3.2394-14

3.7783-16

3.7053-15

1.5411

-0.7093

1000

1.2083-15

1.1850-14

3.0529-15

2.9939-14

3.5543-16

3.4856-15

1.5266

-0.7058

1010

1.1237-15

1.1020-14

2.8228-15

2.7682-14

3.3454-16

3.2807-15

1.5120

-0.7023

1020

1.0455-15

1.0253-14

2.6110-15

2.5606-14

3.1504-16

3.0896-15

1.4974

-0.6987

1030

9.7318-16

9.5437-15

2.4162-15

2.3694-14

2.9684-16

2.9111-15

1.4827

-0.6950

1040

9.0628-16

8.8876-15

2.2367-15

2.1935-14

2.7984-16

2.7443-15

1.4680

-0.6912

1050

8.4436-16

8.2804-15

2.0714-15

2.0314-14

2.6393-16

2.5884-15

1.4532

-0.6874

1060

7.8701-16

7.7180-15

1.9191-15

1.8820-14

2.4906-16

2.4425-15

1.4384

-0.6835

1070

7.3387-16

7.1969-15

1.7786-15

1.7442-14

2.3513-16

2.3059-15

1.4236

-0.6796

1080

6.8461-16

6.7138-15

1.6491-15

1.6172-14

2.2209-16

2.1780-15

1.4088

-0.6756

1090

6.3892-16

6.2657-15

1.5295-15

1.5000-14

2.0987-16

2.0581-15

1.3939

-0.6715

1100

5.9652-16

5.8499-15

1.4192-15

1.3917-14

1.9840-16

1.9457-15

1.3791

-0.6674

1110

5.5716-16

5.4639-15

1.3172-15

1.2918-14

1.8764-16

1.8402-15

1.3642

-0.6632

1120

5.2060-16

5.1054-15

1.2231-15

1.1994-14

1.7754-16

1.7412-15

1.3493

-0.6590

1130

4.8662-16

4.7722-15

1.1360-15

1.1141-14

1.6806-16

1.6481-15

1.3345

-0.6546

1140

4.5504-16

4.4625-15

1.0555-15

1.0351-14

1.5914-16

1.5607-15

1.3196

-0.6503

1150

4.2566-16

4.1744-15

9.8108-16

9.6212-15

1.5076-16

1.4785-15

1.3048

-0.6458

1160

3.9833-16

3.9063-15

9.1219-16

8.9456-15

1.4287-16

1.4012-15

1.2900

-0.6413

1170

3.7289-16

3.6568-15

8.4842-16

8.3202-15

1.3545-16

1.3284-15

1.2753

-0.6367

1180

3.4919-16

3.4245-15

7.8936-16

7.7410-15

1.2846-16

1.2598-15

1.2605

-0.6321

1190

3.2712-16

3.2080-15

7.3465-16

7.2045-15

1.2188-16

1.1953-15

1.2458

-0.6274

1200

3.0654-16

3.0062-15

6.8395-16

6.7073-15

1.1567-16

1.1344-15

1.2311

-0.6227

1210

2.8736-16

2.8181-15

6.3695-16

6.2464-15

1.0982-16

1.0770-15

1.2165

-0.6178

1220

2.6947-16

2.6426-15

5.9336-16

5.8189-15

1.0430-16

1.0229-15

1.2019

-0.6129

1230

2.5278-16

2.4789-15

5.5293-16

5.4224-15

9.9095-17

9.7179-16

1.1874

-0.6080

1240

2.3719-16

2.3261-15

5.1540-16

5.0544-15

9.4176-17

9.2355-16

1.1729

-0.6030

1250

2.2264-16

2.1834-15

4.8057-16

4.7128-15

8.9531-17

8.7800-16

1.1585

-0.5979

1260

2.0904-16

2.0501-15

4.4822-16

4.3955-15

8.5141-17

8.3495-16

1.1441

-0.5927

1270

1.9634-16

1.9255-15

4.1817-16

4.1009-15

8.0992-17

7.9426-16

1.1298

-0.5875

1280

1.8447-16

1.8090-15

3.9024-16

3.8270-15

7.7069-17

7.5579-16

1.1155

-0.5822

1290

1.7336-16

1.7001-15

3.6429-16

3.5725-15

7.3357-17

7.1939-16

1.1013

-0.5769

1300

1.6297-16

1.5983-15

3.4015-16

3.3358-15

6.9845-17

6.8495-16

1.0871

-0.5714

1310

1.5325-16

1.5029-15

3.1770-16

3.1157-15

6.6520-17

6.5234-16

1.0731

-0.5659

1320

1.4415-16

1.4137-15

2.9682-16

2.9108-15

6.3372-17

6.2146-16

1.0590

-0.5604

1330

1.3563-16

1.3301-15

2.7738-16

2.7202-15

6.0389-17

5.9221-16

1.0451

-0.5548

1340

1.2765-16

1.2519-15

2.5929-16

2.5428-15

5.7562-17

5.6449-16

1.0312

-0.5491

1350

1.2017-16

1.1785-15

2.4243-16

2.3775-15

5.4883-17

5.3822-16

1.0174

-0.5433

1360

1.1316-16

1.1098-15

2.2674-16

2.2236-15

5.2342-17

5.1330-16

1.0037

-0.5375

1370

1.0659-16

1.0453-15

2.1211-16

2.0802-15

4.9931-17

4.8966-16

0.9900

-0.5316

1380

1.0042-16

9.8486-16

1.9848-16

1.9465-15

4.7644-17

4.6723-16

0.9764

-0.5256

1390

9.4645-17

9.2815-16

1.8577-16

1.8218-15

4.5473-17

4.4594-16

0.9629

-0.5195

1400

8.9218-17

8.7493-16

1.7392-16

1.7056-15

4.3412-17

4.2573-16

0.9494

-0.5134

1410

8.4124-17

8.2497-16

1.6286-16

1.5972-15

4.1454-17

4.0653-16

0.9360

-0.5072

1420

7.9340-17

7.7806-16

1.5255-16

1.4960-15

3.9594-17

3.8829-16

0.9227

-0.5009

1430

7.4847-17

7.3400-16

1.4292-16

1.4016-15

3.7827-17

3.7096-16

0.9095

-0.4946

1440

7.0626-17

6.9261-16

1.3393-16

1.3134-15

3.6147-17

3.5448-16

0.8964

-0.4882

1450

6.6659-17

6.5370-16

1.2553-16

1.2311-15

3.4549-17

3.3881-16

0.8833

-0.4817

1460

6.2930-17

6.1713-16

1.1769-16

1.1542-15

3.3030-17

3.2391-16

0.8703

-0.4751

1470

5.9424-17

5.8275-16

1.1037-16

1.0824-15

3.1584-17

3.0973-16

0.8574

-0.4685

1480

5.6126-17

5.5040-16

1.0352-16

1.0153-15

3.0208-17

2.9624-16

0.8446

-0.4618

1490

5.3023-17

5.1998-16

9.7129-17

9.5251-16

2.8898-17

2.8340-16

0.8318

-0.4550

1500

5.0103-17

4.9134-16

9.1145-17

8.9383-16

2.7651-17

2.7117-16

0.8191

-0.4481



Таблица 15


Плотность и относительные отклонения плотности атмосферы для 200·10 Вт/м·Гц

Высота, км

Модельная плотность

Максимальная плотность

Минимальная плотность

Относительные отклонения плотности

кгс·с

кг/м

кгс·с

кг/м

кгс·с

кг/м

max

min

120

2.4885-09

2.4404-08

2.4885-09

2.4404-08

2.4885-09

2.4404-08

0.0000

0.0000

121

2.1541-09

2.1124-08

2.1600-09

2.1182-08

2.1500-09

2.1084-08

0.0027

-0.0019

122

1.8923-09

1.8557-08

1.9043-09

1.8675-08

1.8836-09

1.8472-08

0.0064

-0.0046

123

1.6809-09

1.6484-08

1.6985-09

1.6656-08

1.6678-09

1.6356-08

0.0104

-0.0078

124

1.5061-09

1.4770-08

1.5284-09

1.4988-08

1.4893-09

1.4605-08

0.0148

-0.0112

125

1.3590-09

1.3328-08

1.3851-09

1.3583-08

1.3390-09

1.3131-08

0.0192

-0.0148

126

1.2334-09

1.2096-08

1.2626-09

1.2382-08

1.2108-09

1.1874-08

0.0236

-0.0184

127

1.1250-09

1.1032-08

1.1566-09

1.1342-08

1.1003-09

1.0790-08

0.0281

-0.0220

128

1.0304-09

1.0105-08

1.0639-09

1.0434-08

1.0041-09

9.8473-08

0.0325

-0.0255

129

9.4735-10

9.2903-09

9.8226-10

9.6327-09

9.1982-10

9.0203-08

0.0369

-0.0291

130

8.7381-10

8.5691-09

9.0978-10

8.9219-09

8.4537-10

8.2902-09

0.0412

-0.0326

131

8.0833-10

7.9270-09

8.4505-10

8.2871-09

7.7924-10

7.6418-09

0.0454

-0.0360

132

7.4973-10

7.3523-09

7.8693-10

7.7172-09

7.2022-10

7.0629-09

0.0496

-0.0394

133

6.9702-10

6.8355-09

7.3450-10

7.2030-09

6.6728-10

6.5437-09

0.0538

-0.0427

134

6.4943-10

6.3687-09

6.8700-10

6.7372-09

6.1960-10

6.0762-09

0.0579

-0.0459

135

6.0628-10

5.9456-09

6.4380-10

6.3136-09

5.7649-10

5.6535-09

0.0619

-0.0491

136

5.6704-10

5.5607-09

6.0438-10

5.9270-09

5.3739-10

5.2700-09

0.0659

-0.0523

137

5.3123-10

5.2096-09

5.6830-10

5.5731-09

5.0182-10

4.9211-09

0.0698

-0.0554

138

4.9846-10

4.8882-09

5.3518-10

5.2483-09

4.6935-10

4.6027-09

0.0737

-0.0584

139

4.6839-10

4.5934-09

5.0469-10

4.9493-09

4.3964-10

4.3114-09

0.0775

-0.0614

140

4.4074-10

4.3222-09

4.7656-10

4.6734-09

4.1240-10

4.0442-09

0.0813

-0.0643

141

4.1525-10

4.0722-09

4.5055-10

4.4184-09

3.8735-10

3.7986-09

0.0850

-0.0672

142

3.9170-10

3.8413-09

4.2644-10

4.1820-09

3.6427-10

3.5723-09

0.0887

-0.0700

143

3.6991-10

3.6276-09

4.0407-10

3.9625-09

3.4298-10

3.3634-09

0.0923

-0.0728

144

3.4970-10

3.4294-09

3.8325-10

3.7584-09

3.2328-10

3.1703-09

0.0960

-0.0755

145

3.3093-10

3.2453-09

3.6386-10

3.5683-09

3.0503-10

2.9914-09

0.0995

-0.0782

146

3.1346-10

3.0740-09

3.4577-10

3.3908-09

2.8810-10

2.8253-09

0.1031

-0.0809

147

2.9719-10

2.9144-09

3.2886-10

3.2250-09

2.7237-10

2.6710-09

0.1066

-0.0835

148

2.8200-10

2.7655-09

3.1303-10

3.0698-09

2.5773-10

2.5274-09

0.1100

-0.0861

149

2.6782-10

2.6264-09

2.9820-10

2.9244-09

2.4408-10

2.3936-09

0.1135

-0.0886

150

2.5454-10

2.4962-09

2.8429-10

2.7879-09

2.3134-10

2.2687-09

0.1169

-0.0911

151

2.4211-10

2.3743-09

2.7121-10

2.6597-09

2.1944-10

2.1520-09

0.1202

-0.0936

152

2.3045-10

2.2599-09

2.5892-10

2.5391-09

2.0831-10

2.0429-09

0.1236

-0.0960

153

2.1950-10

2.1525-09

2.4734-10

2.4256-09

1.9789-10

1.9406-09

0.1269

-0.0984

154

2.0921-10

2.0516-09

2.3643-10

2.3186-09

1.8812-10

1.8448-09

0.1302

-0.1008

155

1.9952-10

1.9567-09

2.2614-10

2.2177-09

1.7894-10

1.7548-09

0.1334

-0.1031

156

1.9041-10

1.8672-09

2.1642-10

2.1224-09

1.7033-10

1.6703-09

0.1366

-0.1055

157

1.8181-10

1.7830-09

2.0724-10

2.0323-09

1.6222-10

1.5909-09

0.1398

-0.1077

158

1.7370-10

1.7034-09

1.9855-10

1.9471-09

1.5460-10

1.5161-09

0.1430

-0.1100

159

1.6605-10

1.6284-09

1.9032-10

1.8664-09

1.4742-10

1.4457-09

0.1462

-0.1122

160

1.5881-10

1.5574-09

1.8252-10

1.7899-09

1.4064-10

1.3792-09

0.1493

-0.1144

161

1.5197-10

1.4903-09

1.7513-10

1.7175-09

1.3425-10

1.3166-09

0.1524

-0.1166

162

1.4549-10

1.4268-09

1.6812-10

1.6487-09

1.2822-10

1.2574-09

0.1555

-0.1187

163

1.3936-10

1.3666-09

1.6146-10

1.5833-09

1.2252-10

1.2015-09

0.1586

-0.1208

164

1.3354-10

1.3096-09

1.5513-10

1.5213-09

1.1713-10

1.1486-09

0.1616

-0.1229

165

1.2803-10

1.2555-09

1.4911-10

1.4623-09

1.1203-10

1.0986-09

0.1646

-0.1250

166

1.2280-10

1.2042-09

1.4338-10

1.4061-09

1.0719-10

1.0512-09

0.1677

-0.1271

167

1.1782-10

1.1555-09

1.3793-10

1.3526-09

1.0262-10

1.0063-09

0.1706

-0.1291

168

1.1310-10

1.1091-09

1.3274-10

1.3017-09

9.8275-11

9.6375-10

0.1736

-0.1311

169

1.0861-10

1.0651-09

1.2779-10

1.2531-09

9.4157-11

9.2336-10

0.1766

-0.1331

170

1.0434-10

1.0232-09

1.2306-10

1.2068-09

9.0248-11

8.8503-10

0.1795

-0.1350

171

1.0027-10

9.8330-10

1.1856-10

1.1627-09

8.6534-11

8.4861-10

0.1824

-0.1370

172

9.6395-11

9.4531-10

1.1426-10

1.1205-09

8.3006-11

8.1401-10

0.1853

-0.1389

173

9.2703-11

9.0911-10

1.1015-10

1.0802-09

7.9650-11

7.8110-10

0.1882

-0.1408

174

8.9184-11

8.7459-10

1.0622-10

1.0417-09

7.6458-11

7.4980-10

0.1911

-0.1427

175

8.5826-11

8.4167-10

1.0247-10

1.0049-09

7.3419-11

7.2000-10

0.1939

-0.1446

176

8.2622-11

8.1025-10

9.8879-11

9.6967-10

7.0526-11

6.9162-10

0.1968

-0.1464

177

7.9563-11

7.8025-10

9.5442-11

9.3597-10

6.7768-11

6.6458-10

0.1996

-0.1482

178

7.6641-11

7.5159-10

9.2152-11

9.0370-10

6.5140-11

6.3881-10

0.2024

-0.1501

179

7.3849-11

7.2421-10

8.9001-11

8.7280-10

6.2634-11

6.1423-10

0.2052

-0.1519

180

7.2848-11

7.1439-10

8.7459-11

8.5768-10

6.0512-11

5.9342-10

0.2006

-0.1693

181

7.0483-11

6.9120-10

8.4899-11

8.3258-10

5.8496-11

5.7365-10

0.2045

-0.1701

182

6.8214-11

6.6895-10

8.2436-11

8.0842-10

5.6560-11

5.5465-10

0.2085

-0.1708

183

6.6036-11

6.4759-10

8.0065-11

7.8517-10

5.4698-11

5.3640-10

0.2124

-0.1717

184

6.3945-11

6.2708-10

7.7781-11

7.6277-10

5.2908-11

5.1885-10

0.2164

-0.1726

185

6.1936-11

6.0738-10

7.5581-11

7.4120-10

5.1186-11

5.0196-10

0.2203

-0.1736

186

6.0005-11

5.8845-10

7.3460-11

7.2040-10

4.9529-11

4.8572-10

0.2242

-0.1746

187

5.8149-11

5.7025-10

7.1415-11

7.0035-10

4.7935-11

4.7009-10

0.2281

-0.1757

188

5.6364-11

5.5275-10

6.9443-11

6.8101-10

4.6401-11

4.5504-10

0.2320

-0.1768

189

5.4647-11

5.3591-10

6.7540-11

6.6234-10

4.4924-11

4.4055-10

0.2359

-0.1779

190

5.2995-11

5.1970-10

6.5704-11

6.4433-10

4.3502-11

4.2660-10

0.2398

-0.1791

191

5.1404-11

5.0410-10

6.3930-11

6.2694-10

4.2131-11

4.1317-10

0.2437

-0.1804

192

4.9872-11

4.8907-10

6.2218-11

6.1015-10

4.0811-11

4.0022-10

0.2476

-0.1817

193

4.8396-11

4.7460-10

6.0563-11

5.9392-10

3.9539-11

3.8775-10

0.2514

-0.1830

194

4.6973-11

4.6065-10

5.8964-11

5.7824-10

3.8313-11

3.7572-10

0.2553

-0.1844

195

4.5602-11

4.4721-10

5.7418-11

5.6308-10

3.7131-11

3.6413-10

0.2591

-0.1858

196

4.4280-11

4.3424-10

5.5923-11

5.4842-10

3.5991-11

3.5296-10

0.2629

-0.1872

197

4.3005-11

4.2174-10

5.4477-11

5.3424-10

3.4892-11

3.4217-10

0.2668

-0.1887

198

4.1775-11

4.0967-10

5.3078-11

5.2052-10

3.3832-11

3.3178-10

0.2706

-0.1901

199

4.0588-11

3.9803-10

5.1724-11

5.0724-10

3.2808-11

3.2174-10

0.2744

-0.1917

200

3.9441-11

3.8679-10

5.0413-11

4.9439-10

3.1821-11

3.1206-10

0.2782

-0.1932

201

3.8335-11

3.7593-10

4.9144-11

4.8194-10

3.0868-11

3.0271-10

0.2820

-0.1948

202

3.7266-11

3.6545-10

4.7915-11

4.6988-10

2.9947-11

2.9368-10

0.2858

-0.1964

203

3.6233-11

3.5532-10

4.6724-11

4.5821-10

2.9059-11

2.8497-10

0.2895

-0.1980

204

3.5235-11

3.4554-10

4.5570-11

4.4689-10

2.8201-11

2.7655-10

0.2933

-0.1996

205

3.4270-11

3.3608-10

4.4451-11

4.3592-10

2.7372-11

2.6842-10

0.2971

-0.2013

206

3.3338-11

3.2693-10

4.3367-11

4.2528-10

2.6571-11

2.6057-10

0.3008

-0.2030

207

3.2436-11

3.1809-10

4.2315-11

4.1497-10

2.5796-11

2.5298-10

0.3046

-0.2047

208

3.1563-11

3.0953-10

4.1295-11

4.0497-10

2.5048-11

2.4564-10

0.3083

-0.2064

209

3.0719-11

3.0125-10

4.0306-11

3.9527-10

2.4325-11

2.3855-10

0.3121

-0.2082

210

2.9903-11

2.9324-10

3.9346-11

3.8585-10

2.3626-11

2.3169-10

0.3158

-0.2099

211

2.9112-11

2.8549-10

3.8414-11

3.7671-10

2.2950-11

2.2506-10

0.3195

-0.2117

212

2.8346-11

2.7798-10

3.7509-11

3.6784-10

2.2296-11

2.1865-10

0.3232

-0.2135

213

2.7605-11

2.7071-10

3.6631-11

3.5923-10

2.1663-11

2.1244-10

0.3270

-0.2153

214

2.6887-11

2.6367-10

3.5778-11

3.5086-10

2.1051-11

2.0644-10

0.3307

-0.2171

215

2.6192-11

2.5685-10

3.4949-11

3.4274-10

2.0459-11

2.0063-10

0.3344

-0.2189

216

2.5518-11

2.5024-10

3.4144-11

3.3484-10

1.9885-11

1.9501-10

0.3381

-0.2207

217

2.4865-11

2.4384-10

3.3362-11

3.2717-10

1.9331-11

1.8957-10

0.3417

-0.2226

218

2.4232-11

2.3763-10

3.2602-11

3.1972-10

1.8794-11

1.8430-10

0.3454

-0.2244

219

2.3618-11

2.3161-10

3.1863-11

3.1247-10

1.8273-11

1.7920-10

0.3491

-0.2263

220

2.3023-11

2.2578-10

3.1144-11

3.0542-10

1.7770-11

1.7426-10

0.3528

-0.2282

221

2.2445-11

2.2011-10

3.0446-11

2.9857-10

1.7282-11

1.6948-10

0.3564

-0.2300

222

2.1885-11

2.1462-10

2.9766-11

2.9191-10

1.6809-11

1.6484-10

0.3601

-0.2319

223

2.1342-11

2.0930-10

2.9105-11

2.8543-10

1.6352-11

1.6036-10

0.3638

-0.2338

224

2.0815-11

2.0412-10

2.8462-11

2.7912-10

1.5908-11

1.5601-10

0.3674

-0.2357

225

2.0303-11

1.9911-10

2.7837-11

2.7298-10

1.5478-11

1.5179-10

0.3710

-0.2376

226

1.9807-11

1.9424-10

2.7228-11

2.6701-10

1.5062-11

1.4770-10

0.3747

-0.2396

227

1.9324-11

1.8951-10

2.6635-11

2.6120-10

1.4658-11

1.4374-10

0.3783

-0.2415

228

1.8856-11

1.8491-10

2.6058-11

2.5554-10

1.4266-11

1.3990-10

0.3820

-0.2434

229

1.8401-11

1.8045-10

2.5496-11

2.5003-10

1.3887-11

1.3618-10

0.3856

-0.2453

230

1.7959-11

1.7612-10

2.4949-11

2.4467-10

1.3518-11

1.3257-10

0.3892

-0.2473

231

1.7530-11

1.7191-10

2.4416-11

2.3944-10

1.3161-11

1.2907-10

0.3928

-0.2492

232

1.7113-11

1.6782-10

2.3897-11

2.3435-10

1.2815-11

1.2567-10

0.3964

-0.2512

233

1.6708-11

1.6385-10

2.3391-11

2.2939-10

1.2479-11

1.2238-10

0.4000

-0.2531

234

1.6314-11

1.5998-10

2.2899-11

2.2456-10

1.2153-11

1.1918-10

0.4036

-0.2551

235

1.5931-11

1.5623-10

2.2418-11

2.1985-10

1.1837-11

1.1608-10

0.4072

-0.2570

236

1.5559-11

1.5258-10

2.1950-11

2.1526-10

1.1529-11

1.1307-10

0.4108

-0.2590

237

1.5196-11

1.4903-10

2.1494-11

2.1078-10

1.1231-11

1.1014-10

0.4144

-0.2609

238

1.4844-11

1.4557-10

2.1049-11

2.0642-10

1.0942-11

1.0731-10

0.4180

-0.2629

239

1.4502-11

1.4222-10

2.0616-11

2.0217-10

1.0661-11

1.0455-10

0.4216

-0.2648

240

1.4169-11

1.3895-10

2.0193-11

1.9802-10

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280

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285

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290

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295

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300

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305

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310

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315

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320

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325

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330

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335

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340

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345

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350

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355

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360

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365

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370

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375

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380

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385

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390

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395

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400

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405

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410

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415

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420

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425

5.2525-13

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430

4.8877-13

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435

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440

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445

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450

3.6858-13

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455

3.4393-13

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460

3.2110-13

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465

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470

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475

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480

2.4518-13

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485

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490

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495

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500

1.8860-13

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505

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510

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5.8972-14

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515

1.5562-13

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520

1.4608-13

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525

1.3718-13

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530

1.2887-13

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535

1.2112-13

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540

1.1387-13

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545

1.0709-13

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1.4612

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550

1.0076-13

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555

9.4830-14

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560

8.9283-14

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1.5127

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565

8.4089-14

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1.5299

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570

7.9224-14

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1.5471

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575

7.4665-14

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580

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585

6.6384-14

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590

6.2625-14

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595

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600

5.5784-14

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1.4502-12

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1.6510

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610

5.5371-14

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1.4199-13

1.7894

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620

5.0102-14

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1.7991

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630

4.5366-14

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1.1032-13

1.8078

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640

4.1103-14

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1.1349-12

9.9745-15

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650

3.7265-14

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8.8743-15

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1.8222

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660

3.3807-14

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9.5605-14

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7.9205-15

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1.8279

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670

3.0689-14

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8.6932-14

8.5251-13

7.0898-15

6.9528-14

1.8327

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680

2.7875-14

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7.9067-14

7.7538-13

6.3635-15

6.2405-14

1.8365

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690

2.5334-14

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7.1933-14

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1.8394

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700

2.3038-14

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6.5461-14

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5.1644-15

5.0646-14

1.8414

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710

2.0963-14

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5.9586-14

5.8434-13

4.6682-15

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1.8425

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720

1.9085-14

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5.4253-14

5.3204-13

4.2284-15

4.1467-14

1.8428

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730

1.7384-14

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4.9410-14

4.8454-13

3.8375-15

3.7633-14

1.8422

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740

1.5844-14

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4.5011-14

4.4140-13

3.4891-15

3.4216-14

1.8408

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750

1.4448-14

1.4169-13

4.1014-14

4.0221-13

3.1778-15

3.1164-14

1.8386

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760

1.3182-14

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3.7381-14

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2.8991-15

2.8430-14

1.8357

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770

1.2033-14

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3.4079-14

3.3420-13

2.6489-15

2.5977-14

1.8320

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780

1.0990-14

1.0778-13

3.1076-14

3.0475-13

2.4239-15

2.3770-14

1.8276

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790

1.0043-14

9.8484-14

2.8345-14

2.7797-13

2.2211-15

2.1782-14

1.8225

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800

9.1810-15

9.0035-14

2.5860-14

2.5360-13

2.0381-15

1.9987-14

1.8167

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810

8.3975-15

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1.8363-14

1.8102

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820

7.6844-15

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1.6892-14

1.8031

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830

7.0352-15

6.8992-14

1.9666-14

1.9286-13

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1.7954

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840

6.4438-15

6.3192-14

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1.7612-13

1.4627-15

1.4344-14

1.7871

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850

5.9048-15

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1.6405-14

1.6088-13

1.3501-15

1.3240-14

1.7782

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860

5.4133-15

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1.4698-13

1.2474-15

1.2233-14

1.7688

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870

4.9649-15

4.8689-14

1.3697-14

1.3432-13

1.1537-15

1.1314-14

1.7588

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880

4.5556-15

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1.2520-14

1.2278-13

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1.0475-14

1.7483

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890

4.1818-15

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1.1226-13

9.8979-16

9.7066-15

1.7373

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900

3.8403-15

3.7661-14

1.0468-14

1.0266-13

9.1802-16

9.0027-15

1 .7258

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910

3.5282-15

3.4600-14

9.5749-15

9.3898-14

8.5219-16

8.3571-15

1.7138

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920

3.2427-15

3.1800-14

8.7600-15

8.5906-14

7.9174-16

7.7643-15

1.7014

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930

2.9816-15

2.9239-14

8.0163-15

7.8613-14

7.3617-16

7.2194-15

1.6886

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940

2.7425-15

2.6895-14

7.3373-15

7.1954-14

6.8504-16

6.7180-15

1.6754

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950

2.5236-15

2.4748-14

6.7173-15

6.5874-14

6.3795-16

6.2562-15

1.6617

-0.7472

960

2.3231-15

2.2782-14

6.1510-15

6.0321-14

5.9453-16

5.8304-15

1.6477

-0.7441

970

2.1393-15

2.0980-14

5.6337-15

5.5247-14

5.5446-16

5.4374-15

1.6334

-0.7408

980

1.9708-15

1.9327-14

5.1609-15

5.0611-14

5.1745-16

5.0745-15

1.6187

-0.7374

990

1.8163-15

1.7812-14

4.7289-15

4.6375-14

4.8323-16

4.7389-15

1.6036

-0.7339

1000

1.6744-15

1.6421-14

4.3339-15

4.2501-14

4.5157-16

4.4284-15

1.5883

-0.7303

1010

1.5443-15

1.5144-14

3.9728-15

3.8960-14

4.2225-16

4.1409-15

1.5726

-0.7266

1020

1.4247-15

1.3971-14

3.6425-15

3.5720-14

3.9508-16

3.8744-15

1.5567

-0.7227

1030

1.3148-15

1.2894-14

3.3403-15

3.2757-14

3.6988-16

3.6273-15

1.5405

-0.7187

1040

1.2139-15

1.1904-14

3.0639-15

3.0046-14

3.4648-16

3.3979-15

1.5240

-0.7146

1050

1.1211-15

1.0994-14

2.8109-15

2.7565-14

3.2476-16

3.1848-15

1.5073

-0.7103

1060

1.0357-15

1.0157-14

2.5793-15

2.5294-14

3.0456-16

2.9867-15

1.4904

-0.7059

1070

9.5712-16

9.3862-15

2.3672-15

2.3215-14

2.8577-16

2.8025-15

1.4733

-0.7014

1080

8.8482-16

8.6771-15

2.1731-15

2.1310-14

2.6829-16

2.6310-15

1.4559

-0.6968

1090

8.1824-16

8.0242-15

1.9952-15

1.9566-14

2.5200-16

2.4713-15

1.4384

-0.6920

1100

7.5691-16

7.4228-15

1.8323-15

1.7969-14

2.3682-16

2.3224-15

1.4207

-0.6871

1110

7.0041-16

6.8687-15

1.6830-15

1.6504-14

2.2266-16

2.1836-15

1.4028

-0.6821

1120

6.4832-16

6.3579-15

1.5461-15

1.5162-14

2.0945-16

2.0541-15

1.3848

-0.6769

1130

6.0029-16

5.8869-15

1.4207-15

1.3932-14

1.9712-16

1.9331-15

1.3667

-0.6716

1140

5.5599-16

5.4525-15

1.3057-15

1.2804-14

1.8559-16

1.8201-15

1.3484

-0.6662

1150

5.1512-16

5.0516-15

1.2002-15

1.1770-14

1.7482-16

1.7145-15

1.3300

-0.6606

1160

4.7739-16

4.6817-15

1.1035-15

1.0821-14

1.6475-16

1.6157-15

1.3114

-0.6549

1170

4.4256-16

4.3401-15

1.0147-15

9.9510-15

1.5532-16

1.5232-15

1.2928

-0.6490

1180

4.1039-16

4.0246-15

9.3327-16

9.1523-15

1.4649-16

1.4367-15

1.2741

-0.6430

1190

3.8066-16

3.7331-15

8.5852-16

8.4192-15

1.3822-16

1.3556-15

1.2553

-0.6369

1200

3.5319-16

3.4637-15

7.8990-16

7.7463-15

1.3047-16

1.2796-15

1.2364

-0.6306

1210

3.2780-16

3.2146-15

7.2690-16

7.1285-15

1.2321-16

1.2083-15

1.2175

-0.6241

1220

3.0431-16

2.9843-15

6.6905-16

6.5612-15

1.1639-16

1.1414-15

1.1985

-0.6175

1230

2.8259-16

2.7713-15

6.1591-16

6.0400-15

1.0999-16

1.0787-15

1.1795

-0.6108

1240

2.6249-16

2.5742-15

5.6709-16

5.5613-15

1.0398-16

1.0198-15

1.1604

-0.6038

1250

2.4388-16

2.3917-15

5.2224-16

5.1214-15

9.8343-17

9.6441-16

1.1414

-0.5968

1260

2.2665-16

2.2227-15

4.8101-16

4.7172-15

9.3037-17

9.1238-16

1.1222

-0.5895

1270

2.1070-16

2.0663-15

4.4312-16

4.3456-15

8.8049-17

8.6347-16

1.1031

-0.5821

1280

1.9592-16

1.9213-15

4.0829-16

4.0040-15

8.3357-17

8.1745-16

1.0840

-0.5745

1290

1.8222-16

1.7870-15

3.7626-16

3.6899-15

7.8941-17

7.7415-16

1.0648

-0.5668

1300

1.6952-16

1.6625-15

3.4680-16

3.4010-15

7.4784-17

7.3338-16

1.0457

-0.5589

1310

1.5775-16

1.5471-15

3.1970-16

3.1352-15

7.0869-17

6.9498-16

1.0266

-0.5508

1320

1.4683-16

1.4400-15

2.9477-16

2.8908-15

6.7180-17

6.5881-16

1.0075

-0.5425

1330

1.3671-16

1.3407-15

2.7183-16

2.6658-15

6.3703-17

6.2471-16

0.9884

-0.5340

1340

1.2731-16

1.2485-15

2.5072-16

2.4587-15

6.0424-17

5.9256-16

0.9693

-0.5254

1350

1.1859-16

1.1630-15

2.3128-16

2.2681-15

5.7332-17

5.6223-16

0.9503

-0.5166

1360

1.1049-16

1.0835-15

2.1339-16

2.0927-15

5.4414-17

5.3362-16

0.9313

-0.5075

1370

1.0296-16

1.0098-15

1.9691-16

1.9311-15

5.1659-17

5.0661-16

0.9124

-0.4983

1380

9.5982-17

9.4126-16

1.8174-16

1.7823-15

4.9059-17

4.8110-16

0.8935

-0.4889

1390

8.9489-17

8.7759-16

1.6776-16

1.6452-15

4.6602-17

4.5701-16

0.8747

-0.4792

1400

8.3456-17

8.1842-16

1.5488-16

1.5189-15

4.4280-17

4.3424-16

0.8559

-0.4694

1410

7.7847-17

7.6341-16

1.4302-16

1.4026-15

4.2086-17

4.1272-16

0.8372

-0.4594

1420

7.2631-17

7.1226-16

1.3208-16

1.2953-15

4.0011-17

3.9237-16

0.8186

-0.4491

1430

6.7780-17

6.6469-16

1.2200-16

1.1965-15

3.8049-17

3.7313-16

0.8000

-0.4386

1440

6.3267-17

6.2043-16

1.1271-16

1.1053-15

3.6192-17

3.5492-16

0.7815

-0.4279

1450

5.9067-17

5.7925-16

1.0414-16

1.0213-15

3.4435-17

3.3769-16

0.7631

-0.4170

1460

5.5158-17

5.4092-16

9.6240-17

9.4379-16

3.2771-17

3.2137-16

0.7448

-0.4059

1470

5.1519-17

5.0523-16

8.8951-17

8.7231-16

3.1195-17

3.0592-16

0.7266

-0.3945

1480

4.8130-17

4.7200-16

8.2226-17

8.0636-16

2.9703-17

2.9128-16

0.7084

-0.3829

1490

4.4974-17

4.4104-16

7.6022-17

7.4552-16

2.8288-17

2.7741-16

0.6903

-0.3710

1500

4.2033-17

4.1221-16

7.0296-17

6.8937-16

2.6948-17

2.6427-16

0.6724

-0.3589

Таблица 16


Плотность и относительные отклонения плотности атмосферы для 225·10 Вт/м·Гц

Высота, км

Модельная плотность

Максимальная плотность

Минимальная плотность

Относительные отклонения плотности

кгс·с

кг/м

кгс·с

кг/м

кгс·с

кг/м

max

min

120

2.4885-09

2.4404-08

2.4885-09

2.4404-08

2.4885-09

2.4404-08

0.0000

-0.0000

121

2.1534-09

2.1118-08

2.1591-09

2.1174-08

2.1499-09

2.1083-08

0.0026

-0.0017

122

1.8922-09

1.8556-08

1.9038-09

1.8670-08

1.8842-09

1.8478-08

0.0062

-0.0042

123

1.6819-09

1.6494-08

1.6991-09

1.6663-08

1.6696-09

1.6373-08

0.0102

-0.0073

124

1.5083-09

1.4792-08

1.5303-09

1.5007-08

1.4921-09

1.4633-08

0.0146

-0.0107

125

1.3624-09

1.3361-08

1.3883-09

1.3615-08

1.3429-09

1.3170-08

0.0190

-0.0143

126

1.2379-09

1.2139-08

1.2670-09

1.2425-08

1.2157-09

1.1922-08

0.0235

-0.0179

127

1.1303-09

1.1085-08

1.1619-09

1.1395-08

1.1060-09

1.0846-08

0.0280

-0.0215

128

1.0365-09

1.0165-08

1.0701-09

1.0495-08

1.0105-09

9.9100-09

0.0324

-0.0251

129

9.5410-10

1.3565-09

9.8921-10

9.7008-09

9.2677-10

9.0885-09

0.0368

-0.0286

130

8.8109-10

8.6406-09

9.1734-10

8.9961-09

8.5277-10

8.3628-09

0.0411

-0.0321

131

8.1606-10

8.0028-09

8.5312-10

8.3663-09

7.8701-10

7.7179-09

0.0454

-0.0356

132

7.5780-10

7.4315-09

7.9542-10

7.8004-09

7.2826-10

7.1418-09

0.0496

-0.0390

133

7.0537-10

6.9174-09

7.4333-10

7.2895-09

6.7552-10

6.6246-09

0.0538

-0.0423

134

6.5799-10

6.4527-09

6.9609-10

6.8263-09

6.2799-10

6.1585-09

0.0579

-0.0456

135

6.1500-10

6.0311-09

6.5310-10

6.4048-09

5.8498-10

5.7367-09

0.0620

-0.0488

136

5.7586-10

5.6473-09

6.1384-10

6.0197-09

5.4594-10

5.3538-09

0.0660

-0.0520

137

5.4012-10

5.2968-09

5.7787-10

5.6670-09

5.1038-10

5.0051-09

0.0699

-0.0551

138

5.0738-10

4.9757-09

5.4482-10

5.3428-09

4.7790-10

4.6866-09

0.0738

-0.0581

139

4.7732-10

4.6809-09

5.1437-10

5.0442-09

4.4815-10

4.3949-09

0.0776

-0.0611

140

4.4964-10

4.4095-09

4.8625-10

4.7685-09

4.2084-10

4.1271-09

0.0814

-0.0640

141

4.2410-10

4.1590-09

4.6022-10

4.5132-09

3.9572-10

3.8806-09

0.0852

-0.0669

142

4.0049-10

3.9275-09

4.3608-10

4.2765-09

3.7255-10

3.6534-09

0.0889

-0.0698

143

3.7862-10

3.7130-09

4.1365-10

4.0565-09

3.5114-10

3.4435-09

0.0925

-0.0726

144

3.5832-10

3.5139-09

3.9277-10

3.8517-09

3.3133-10

3.2492-09

0.0961

-0.0753

145

3.3944-10

3.3288-09

3.7329-10

3.6608-09

3.1295-10

3.0690-09

0.0997

-0.0780

146

3.2187-10

3.1564-09

3.5510-10

3.4824-09

2.9589-10

2.9017-09

0.1033

-0.0807

147

3.0547-10

2.9957-09

3.3809-10

3.3155-09

2.8002-10

2.7460-09

0.1068

-0.0833

148

2.9016-10

2.8455-09

3.2215-10

3.1592-09

2.6523-10

2.6011-09

0.1102

-0.0859

149

2.7584-10

2.7051-09

3.0720-10

3.0126-09

2.5144-10

2.4658-09

0.1137

-0.0885

150

2.6244-10

2.5736-09

2.9316-10

2.8750-09

2.3856-10

2.3395-09

0.1171

-0.0910

151

2.4986-10

2.4503-09

2.7996-10

2.7455-09

2.2651-10

2.2213-09

0.1205

-0.0934

152

2.3806-10

2.3346-09

2.6754-10

2.6236-09

2.1523-10

2.1107-09

0.1238

-0.0959

153

2.2697-10

2.2258-09

2.5583-10

2.5088-09

2.0466-10

2.0070-09

0.1271

-0.0983

154

2.1654-10

2.1235-09

2.4478-10

2.4005-09

1.9474-10

1.9097-09

0.1304

-0.1007

155

2.0672-10

2.0272-09

2.3435-10

2.2982-09

1.8542-10

1.8184-09

0.1337

-0.1030

156

1.9746-10

1.9364-09

2.2449-10

2.2015-09

1.7666-10

1.7324-09

0.1369

-0.1053

157

1.8872-10

1.8507-09

2.1516-10

2.1100-09

1.6841-10

1.6516-09

0.1401

-0.1076

158

1.8047-10

1.7698-09

2.0633-10

2.0234-09

1.6064-10

1.5754-09

0.1433

-0.1099

159

1.7268-10

1.6934-09

1.9797-10

1.9414-09

1.5332-10

1.5036-09

0.1464

-0.1121

160

1.6530-10

1.6211-09

1.9003-10

1.8636-09

1.4641-10

1.4358-09

0.1496

-0.1143

161

1.5832-10

1.5526-09

1.8250-10

1.7897-09

1.3988-10

1.3718-09

0.1527

-0.1165

162

1.5171-10

1.4878-09

1.7535-10

1.7196-09

1.3372-10

1.3113-09

0.1558

-0.1186

163

1.4545-10

1.4263-09

1.6855-10

1.6529-09

1.2788-10

1.2541-09

0.1589

-0.1208

164

1.3950-10

1.3680-09

1.6209-10

1.5895-09

1.2236-10

1.2000-09

0.1619

-0.1229

165

1.3386-10

1.3127-09

1.5593-10

1.5292-09

1.1713-10

1.1487-09

0.1649

-0.1249

166

1.2850-10

1.2601-09

1.5008-10

1.4717-09

1.1218-10

1.1001-09

0.1679

-0.1270

167

1.2340-10

1.2102-09

1.4449-10

1.4170-09

1.0748-10

1.0540-09

0.1709

-0.1290

168

1.1856-10

1.1626-09

1.3917-10

1.3648-09

1.0302-10

1.0103-09

0.1739

-0.1310

169

1.1394-10

1.1174-09

1.3410-10

1.3150-09

9.8788-11

9.6878-10

0.1769

-0.1330

170

1.0955-10

1.0743-09

1.2925-10

1.2675-09

9.4765-11

9.2933-10

0.1798

-0.1350

171

1.0537-10

1.0333-09

1.2462-10

1.2221-09

9.0942-11

8.9183-10

0.1827

-0.1369

172

1.0138-10

9.9423-10

1.2020-10

1.1788-09

8.7305-11

8.5617-10

0.1856

-0.1389

173

9.7580-11

9.5694-10

1.1597-10

1.1373-09

8.3844-11

8.2223-10

0.1885

-0.1408

174

9.3952-11

9.2136-10

1.1193-10

1.0977-09

8.0549-11

7.8992-10

0.1914

-0.1427

175

9.0489-11

8.8739-10

1.0806-10

1.0597-09

7.7410-11

7.5914-10

0.1942

-0.1445

176

8.7181-11

8.5495-10

1.0436-10

1.0234-09

7.4419-11

7.2980-10

0.1971

-0.1464

177

8.4020-11

8.2395-10

1.0081-10

9.8864-10

7.1567-11

7.0183-10

0.1999

-0.1482

178

8.0998-11

7.9432-10

9.7415-11

9.5532-10

6.8846-11

6.7514-10

0.2027

-0.1500

179

7.8109-11

7.6599-10

9.4158-11

9.2338-10

6.6249-11

6.4968-10

0.2055

-0.1518

180

7.7524-11

7.6025-10

9.2768-11

9.0974-10

6.4115-11

6.2875-10

0.1966

-0.1730

181

7.5055-11

7.3603-10

9.0120-11

8.8377-10

6.2031-11

6.0832-10

0.2007

-0.1735

182

7.2685-11

7.1280-10

8.7571-11

8.5877-10

6.0027-11

5.8866-10

0.2048

-0.1742

183

7.0410-11

6.9049-10

8.5116-11

8.3471-10

5.8099-11

5.6976-10

0.2089

-0.1749

184

6.8226-11

6.6907-10

8.2752-11

8.1152-10

5.6244-11

5.5157-10

0.2129

-0.1756

185

6.6127-11

6.4849-10

8.0474-11

7.8918-10

5.4459-11

5.3406-10

0.2170

-0.1764

186

6.4110-11

6.2870-10

7.8277-11

7.6763-10

5.2741-11

5.1721-10

0.2210

-0.1773

187

6.2170-11

6.0968-10

7.6158-11

7.4686-10

5.1087-11

5.0099-10

0.2250

-0.1783

188

6.0304-11

5.9138-10

7.4114-11

7.2681-10

4.9493-11

4.8536-10

0.2290

-0.1793

189

5.8509-11

5.7378-10

7.2141-11

7.0746-10

4.7958-11

4.7030-10

0.2330

-0.1803

190

5.6781-11

5.5683-10

7.0236-11

6.8878-10

4.6478-11

4.5580-10

0.2370

-0.1814

191

5.5116-11

5.4051-10

6.8396-11

6.7074-10

4.5053-11

4.4181-10

0.2409

-0.1826

192

5.3513-11

5.2478-10

6.6619-11

6.5331-10

4.3678-11

4.2833-10

0.2449

-0.1838

193

5.1968-11

5.0963-10

6.4900-11

6.3645-10

4.2352-11

4.1533-10

0.2489

-0.1850

194

5.0478-11

4.9502-10

6.3239-11

6.2016-10

4.1074-11

4.0280-10

0.2528

-0.1863

195

4.9042-11

4.8094-10

6.1632-11

6.0441-10

3.9840-11

3.9070-10

0.2567

-0.1876

196

4.7656-11

4.6735-10

6.0078-11

5.8916-10

3.8650-11

3.7903-10

0.2607

-0.1890

197

4.6319-11

4.5424-10

5.8574-11

5.7441-10

3.7502-11

3.6777-10

0.2646

-0.1904

198

4.5029-11

4.4158-10

5.7118-11

5.6013-10

3.6393-11

3.5689-10

0.2685

-0.1918

199

4.3783-11

4.2937-10

5.5708-11

5.4631-10

3.5322-11

3.4639-10

0.2724

-0.1932

200

4.2580-11

4.1757-10

5.4342-11

5.3292-10

3.4288-11

3.3625-10

0.2762

-0.1947

201

4.1418-11

4.0617-10

5.3019-11

5.1994-10

3.3289-11

3.2646-10

0.2801

-0.1962

202

4.0294-11

3.9515-10

5.1737-11

5.0737-10

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9.7411-13

7.9586-15

7.8047-14

1.8443

-0.7721

710

3.1932-14

3.1315-13

9.0514-14

8.8764-13

7.2375-15

7.0975-14

1.8346

-0.7733

720

2.9206-14

2.8641-13

8.2498-14

8.0903-13

6.5911-15

6.4637-14

1.8247

-0.7743

730

2.6721-14

2.6204-13

7.5208-14

7.3753-13

6.0106-15

5.8944-14

1.8146

-0.7751

740

2.4455-14

2.3982-13

6.8576-14

6.7250-13

5.4884-15

5.3823-14

1.8042

-0.7756

750

2.2387-14

2.1955-13

6.2543-14

6.1333-13

5.0179-15

4.9208-14

1.7937

-0.7759

760

2.0501-14

2.0105-13

5.7052-14

5.5949-13

4.5931-15

4.5043-14

1.7829

-0.7760

770

1.8779-14

1.8416-13

5.2054-14

5.1048-13

4.2092-15

4.1278-14

1.7719

-0.7759

780

1.7207-14

1.6874-13

4.7504-14

4.6586-13

3.8617-15

3.7870-14

1.7608

-0.7756

790

1.5771-14

1.5466-13

4.3361-14

4.2522-13

3.5466-15

3.4780-14

1.7494

-0.7751

800

1.4459-14

1.4179-13

3.9587-14

3.8821-13

3.2606-15

3.1976-14

1.7379

-0.7745

810

1.3260-14

1.3003-13

3.6148-14

3.5449-13

3.0007-15

2.9426-14

1.7262

-0.7737

820

1.2163-14

1.1928-13

3.3015-14

3.2377-13

2.7641-15

2.7106-14

1.7143

-0.7728

830

1.1161-14

1.0945-13

3.0160-14

2.9577-13

2.5485-15

2.4992-14

1.7023

-0.7717

840

1.0244-14

1.0046-13

2.7557-14

2.7024-13

2.3518-15

2.3064-14

1.6901

-0.7704

850

9.4046-15

9.2228-14

2.5184-14

2.4697-13

2.1722-15

2.1302-14

1.6778

-0.7690

860

8.6366-15

8.4696-14

2.3020-14

2.2575-13

2.0080-15

1.9692-14

1.6654

-0.7675

870

7.9333-15

7.7800-14

2.1045-14

2.0638-13

1.8577-15

1.8218-14

1.6528

-0.7658

880

7.2893-15

7.1484-14

1.9244-14

1.8872-13

1.7201-15

1.6868-14

1.6400

-0.7640

890

6.6993-15

6.5698-14

1.7600-14

1.7260-13

1.5938-15

1.5630-14

1.6272

-0.7621

900

6.1587-15

6.0396-14

1.6100-14

1.5789-13

1.4779-15

1.4493-14

1.6142

-0.7600

910

5.6632-15

5.5537-14

1.4731-14

1.4446-13

1.3714-15

1.3449-14

1.6012

-0.7578

920

5.2088-15

5.1081-14

1.3480-14

1.3220-13

1.2735-15

1.2489-14

1.5880

-0.7555

930

4.7921-15

4.6995-14

1.2338-14

1.2100-13

1.1834-15

1.1605-14

1.5747

-0.7531

940

4.4099-15

4.3246-14

1.1295-14

1.1077-13

1.1004-15

1.0791-14

1.5613

-0.7505

950

4.0592-15

3.9807-14

1.0342-14

1.0142-13

1.0239-15

1.0041-14

1.5478

-0.7478

960

3.7372-15

3.6650-14

9.4712-15

9.2881-14

9.5325-16

9.3482-15

1.5343

-0.7449

970

3.4417-15

0.3752-14*

8.6753-15

8.5075-14

8.8805-16

8.7089-15

1.5206

-0.7420

_______________
* Соответствует оригиналу. - .

980

3.1703-15

3.1090-14

7.9477-15

7.7940-14

8.2781-16

8.1181-15

1.5069

-0.7389

990

2.9210-15

2.8645-14

7.2824-15

7.1416-14

7.7210-16

7.5718-15

1.4931

-0.7357

1000

2.6919-15

2.6399-14

6.6740-15

6.5449-14

7.2056-16

7.0663-15

1.4793

-0.7323

1010

2.4814-15

2.4334-14

6.1175-15

5.9992-14

6.7282-16

6.5982-15

1.4653

-0.7289

1020

2.2879-15

2.2437-14

5.6084-15

5.5000-14

6.2859-16

6.1644-15

1.4514

-0.7253

1030

2.1100-15

2.0692-14

5.1426-15

5.0432-14

5.8758-16

5.7622-15

1.4373

-0.7215

1040

1.9463-15

1.9087-14

4.7163-15

4.6252-14

5.4952-16

5.3890-15

1.4232

-0.7177

1050

1.7958-15

1.7610-14

4.3261-15

4.2425-14

5.1419-16

5.0426-15

1.4091

-0.7137

1060

1.6572-15

1.6252-14

3.9689-15

3.8922-14

4.8137-16

4.7207-15

1.3949

-0.7095

1070

1.5297-15

1.5002-14

3.6418-15

3.5714-14

4.5086-16

4.4215-15

1.3807

-0.7053

1080

1.4124-15

1.3851-14

3.3422-15

3.2776-14

4.2249-16

4.1432-15

1.3664

-0.7009

1090

1.3043-15

1.2791-14

3.0678-15

3.0085-14

3.9608-16

3.8843-15

1.3521

-0.6963

1100

1.2047-15

1.1814-14

2.8164-15

2.7620-14

3.7149-16

3.6431-15

1.3378

-0.6916

1110

1.1130-15

1.0915-14

2.5861-15

2.5361-14

3.4858-16

3.4185-15

1.3234

-0.6868

1120

1.0285-15

1.0086-14

2.3749-15

2.3290-14

3.2723-16

3.2091-15

1.3091

-0.6818

1130

9.5063-16

9.3226-15

2.1814-15

2.1392-14

3.0731-16

3.0138-15

1.2947

-0.6767

1140

8.7883-16

8.6184-15

2.0040-15

1.9652-14

2.8873-16

2.8315-15

1.2803

-0.6715

1150

8.1262-16

7.9692-15

1.8413-15

1.8057-14

2.7138-16

2.6614-15

1.2658

-0.6660

1160

7.5156-16

7.3703-15

1.6921-15

1.6594-14

2.5518-16

2.5025-15

1.2514

-0.6605

1170

6.9523-16

6.8179-15

1.5552-15

1.5251-14

2.4004-16

2.3540-15

1.2370

-0.6547

1180

6.4325-16

6.3081-15

1.4297-15

1.4020-14

2.2588-16

2.2152-15

1.2225

-0.6488

1190

5.9528-16

5.8377-15

1.3144-15

1.2890-14

2.1264-16

2.0854-15

1.2081

-0.6428

1200

5.5099-16

5.4035-15

1.2087-15

1.1853-14

2.0025-16

1.9638-15

1.1937

-0.6366

1210

5.1011-16

5.0025-15

1.1116-15

1.0902-14

1.8865-16

1.8501-15

1.1792

-0.6302

1220

4.7235-16

4.6322-15

1.0225-15

1.0028-14

1.7779-16

1.7435-15

1.1648

-0.6236

1230

4.3747-16

4.2902-15

9.4073-16

9.2254-15

1.6761-16

1.6437-15

1.1504

-0.6169

1240

4.0525-16

3.9742-15

8.6560-16

8.4887-15

1.5807-16

1.5501-15

1.1360

-0.6099

1250

3.7547-16

3.6822-15

7.9659-16

7.8119-15

1.4912-16

1.4624-15

1.1216

-0.6028

1260

3.4795-16

3.4123-15

7.3320-16

7.1903-15

1.4072-16

1.3801-15

1.1072

-0.5956

1270

3.2251-16

3.1628-15

6.7496-16

6.6191-15

1.3284-16

1.3028-15

1.0928

-0.5881

1280

2.9898-16

2.9321-15

6.2143-16

6.0942-15

1.2545-16

1.2303-15

1.0785

-0.5804

1290

2.7722-16

2.7187-15

5.7224-16

5.6118-15

1.1850-16

1.1621-15

1.0642

-0.5725

1300

2.5710-16

2.5213-15

5.2702-16

5.1684-15

1.1197-16

1.0981-15

1.0499

-0.5645

1310

2.3848-16

2.3387-15

4.8545-16

4.7607-15

1.0583-16

1.0379-15

1.0356

-0.5562

1320

2.2125-16

2.1697-15

4.4723-16

4.3858-15

1.0006-16

9.8134-16

1.0214

-0.5477

1330

2.0530-16

2.0133-15

4.1207-16

4.0411-15

9.4642-17

9.2812-16

1.0072

-0.5390

1340

1.9053-16

1.8685-15

3.7973-16

3.7240-15

8.9536-17

8.7804-16

0.9930

-0.5301

1350

1.7686-16

1.7345-15

3.4999-16

3.4323-15

8.4729-17

8.3091-16

0.9788

-0.5209

1360

1.6420-16

1.6103-15

3.2262-16

3.1639-15

8.0203-17

7.8653-16

0.9647

-0.5116

1370

1.5248-16

1.4953-15

2.9743-16

2.9169-15

7.5940-17

7.4472-16

0.9507

-0.5020

1380

1.4161-16

1.3888-15

2.7425-16

2.6895-15

7.1924-17

7.0533-16

0.9366

-0.4921

1390

1.3154-16

1.2900-15

2.5292-16

2.4803-15

6.8138-17

6.6821-16

0.9227

-0.4820

1400

1.2221-16

1.1985-15

2.3327-16

2.2877-15

6.4569-17

6.3321-16

0.9087

-0.4717

1410

1.1356-16

1.1137-15

2.1518-16

2.1103-15

6.1203-17

6.0020-16

0.8948

-0.4611

1420

1.0554-16

1.0351-15

1.9853-16

1.9469-15

5.8027-17

5.6905-16

0.8809

-0.4502

1430

9.8112-17

9.6215-16

1.8319-16

1.7965-15

5.5031-17

5.3966-16

0.8671

-0.4391

1440

9.1216-17

8.9452-16

1.6905-16

1.6579-15

5.2202-17

5.1192-16

0.8534

-0.4277

1450

8.4818-17

8.3178-16

1.5603-16

1.5302-15

4.9530-17

4.8573-16

0.8397

-0.4160

1460

7.8882-17

7.7357-16

1.4403-16

1.4125-15

4.7007-17

4.6099-16

0.8260

-0.4041

1470

7.3374-17

7.1955-16

1.3298-16

1.3041-15

4.4624-17

4.3761-16

0.8124

-0.3918

1480

6.8261-17

6.6941-16

1.2279-16

1.2042-15

4.2371-17

4.1552-16

0.7988

-0.3793

1490

6.3515-17

6.2287-16

1.1339-16

1.1120-15

4.0241-17

3.9463-16

0.7853

-0.3664

1500

5.9109-17

5.7966-16

1.0473-16

1.0271-15

3.8228-17

3.7488-16

0.7719

-0.3533



Таблица 17


Плотность и относительные отклонения плотности атмосферы для 250·10 Вт/м·Гц

Высота, км

Модельная плотность

Максимальная плотность

Минимальная плотность

Относительные отклонения плотности

кгс·с

кг/м

кгс·с

кг/м

кгс·с

кг/м

max

min

120

2.4885-09

2.4404-08

2.4885-09

2.4404-08

2.4885-09

2.4404-08

0.0000

-0.0000

121

2.1569-09

2.1152-08

2.1570-09

2.1153-08

2.1567-09

2.1150-08

0.0000

-0.0001

122

1.8982-09

1.8615-08

1.9014-09

1.8646-08

1.8952-09

1.8585-08

0.0017

-0.0016

123

1.6897-09

1.6570-08

1.6971-09

1.6643-08

1.6830-09

1.6504-08

0.0044

-0.0040

124

1.5174-09

1.4880-08

1.5291-09

1.4995-08

1.5071-09

1.4779-08

0.0077

-0.0068

125

1.3723-09

1.3458-08

1.3879-09

1.3611-08

1.3587-09

1.3325-08

0.0114

-0.0099

126

1.2483-09

1.2242-08

1.2673-09

1.2428-08

1.2320-09

1.2082-08

0.0152

-0.0131

127

1.1412-09

1.1191-08

1.1631-09

1.1406-08

1.1225-09

1.1008-08

0.0192

-0.0164

128

1.0477-09

1.0274-08

1.0719-09

1.0512-08

1.0270-09

1.0071-08

0.0232

-0.0198

129

9.6534-10

9.4667-09

9.9160-10

9.7243-09

9.4302-10

9.2479-09

0.0272

-0.0231

130

8.9237-10

8.7512-09

9.2024-10

9.0245-09

8.6877-10

8.5197-09

0.0312

-0.0265

131

8.2730-10

8.1131-09

8.5647-10

8.3991-09

8.0268-10

7.8716-09

0.0353

-0.0298

132

7.6897-10

7.5410-09

7.9915-10

7.8369-09

7.4357-10

7.2919-09

0.0392

-0.0330

133

7.1642-10

7.0257-09

7.4738-10

7.3293-09

6.9044-10

6.7709-09

0.0432

-0.0363

134

6.6888-10

6.5595-09

7.0042-10

6.8688-09

6.4249-10

6.3007-09

0.0471

-0.0395

135

6.2572-10

6.1362-09

6.5766-10

6.4494-09

5.9906-10

5.8748-09

0.0510

-0.0426

136

5.8639-10

5.7505-09

6.1859-10

6.0663-09

5.5959-10

5.4877-09

0.0549

-0.0457

137

5.5044-10

5.3980-09

5.8277-10

5.7150-09

5.2361-10

5.1348-09

0.0587

-0.0488

138

5.1749-10

5.0749-09

5.4984-10

5.3921-09

4.9071-10

4.8122-09

0.0625

-0.0518

139

4.8721-10

4.7779-09

5.1949-10

5.0945-09

4.6055-10

4.5164-09

0.0663

-0.0547

140

4.5931-10

4.5043-09

4.9145-10

4.8195-09

4.3284-10

4.2447-09

0.0700

-0.0576

141

4.3355-10

4.2516-09

4.6548-10

4.5648-09

4.0731-10

3.9944-09

0.0737

-0.0605

142

4.0971-10

4.0179-09

4.4138-10

4.3285-09

3.8376-10

3.7634-09

0.0773

-0.0633

143

3.8761-10

3.8012-09

4.1897-10

4.1087-09

3.6198-10

3.5498-09

0.0809

-0.0661

144

3.6709-10

3.5999-09

3.9810-10

3.9040-09

3.4181-10

3.3520-09

0.0845

-0.0689

145

3.4799-10

3.4126-09

3.7862-10

3.7130-09

3.2308-10

3.1684-09

0.0880

-0.0716

146

3.3020-10

3.2381-09

3.6042-10

3.5345-09

3.0568-10

2.9977-09

0.0915

-0.0742

147

3.1359-10

3.0753-09

3.4339-10

3.3675-09

2.8948-10

2.8389-09

0.0950

-0.0769

148

2.9807-10

2.9230-09

3.2742-10

3.2109-09

2.7438-10

2.6908-09

0.0985

-0.0795

149

2.8354-10

2.7806-09

3.1243-10

3.0639-09

2.6029-10

2.5526-09

0.1019

-0.0820

150

2.6993-10

2.6471-09

2.9835-10

2.9258-09

2.4711-10

2.4234-09

0.1053

-0.0845

151

2.5716-10

2.5219-09

2.8510-10

2.7959-09

2.3478-10

2.3024-09

0.1086

-0.0870

152

2.4517-10

2.4043-09

2.7262-10

2.6735-09

2.2323-10

2.1891-09

0.1120

-0.0895

153

2.3389-10

2.2937-09

2.6086-10

2.5581-09

2.1240-10

2.0829-09

0.1153

-0.0919

154

2.2328-10

2.1896-09

2.4975-10

2.4492-09

2.0222-10

1.9831-09

0.1186

-0.0943

155

2.1327-10

2.0915-09

2.3926-10

2.3463-09

1.9266-10

1.8893-09

0.1218

-0.0967

156

2.0384-10

1.9990-09

2.2934-10

2.2490-09

1.8366-10

1.8011-09

0.1251

-0.0990

157

1.9494-10

1.9117-09

2.1995-10

2.1569-09

1.7519-10

1.7180-09

0.1283

-0.1013

158

1.8652-10

1.8292-09

2.1105-10

2.0697-09

1.6720-10

1.6397-09

0.1315

-0.1036

159

1.7857-10

1.7511-09

2.0261-10

1.9869-09

1.5967-10

1.5658-09

0.1347

-0.1058

160

1.7104-10

1.6773-09

1.9461-10

1.9085-09

1.5256-10

1.4961-09

0.1378

-0.1081

161

1.6391-10

1.6074-09

1.8701-10

1.8339-09

1.4584-10

1.4302-09

0.1409

-0.1103

162

1.5715-10

1.5411-09

1.7979-10

1.7631-09

1.3948-10

1.3678-09

0.1440

-0.1124

163

1.5074-10

1.4782-09

1.7292-10

1.6957-09

1.3347-10

1.3089-09

0.1471

-0.1146

164

1.4466-10

1.4186-09

1.6638-10

1.6317-09

1.2777-10

1.2530-09

0.1502

-0.1167

165

1.3888-10

1.3619-09

1.6016-10

1.5706-09

1.2238-10

1.2001-09

0.1533

-0.1188

166

1.3338-10

1.3081-09

1.5423-10

1.5125-09

1.1726-10

1.1499-09

0.1563

-0.1209

167

1.2816-10

1.2568-09

1.4858-10

1.4571-09

1.1241-10

1.1023-09

0.1593

-0.1229

168

1.2319-10

1.2081-09

1.4319-10

1.4042-09

1.0780-10

1.0571-09

0.1623

-0.1250

169

1.1846-10

1.1617-09

1.3804-10

1.3537-09

1.0342-10

1.0142-09

0.1653

-0.1270

170

1.1395-10

1.1175-09

1.3313-10

1.3055-09

9.9255-11

9.7336-10

0.1682

-0.1290

171

1.0966-10

1.0754-09

1.2843-10

1.2595-09

9.5296-11

9.3453-10

0.1712

-0.1310

172

1.0556-10

1.0352-09

1.2394-10

1.2155-09

9.1529-11

8.9759-10

0.1741

-0.1329

173

1.0165-10

9.9687-10

1.1965-10

1.1733-09

8.7942-11

8.6242-10

0.1770

-0.1349

174

9.7920-11

9.6027-10

1.1554-10

1.1331-09

8.4526-11

8.2892-10

0.1799

-0.1368

175

9.4356-11

9.2532-10

1.1161-10

1.0945-09

8.1270-11

7.9699-10

0.1828

-0.1387

176

9.0950-11

8.9192-10

1.0784-10

1.0575-09

7.8165-11

7.6654-10

0.1857

-0.1406

177

8.7695-11

8.5999-10

1.0423-10

1.0221-09

7.5204-11

7.3750-10

0.1886

-0.1424

178

8.4581-11

8.2945-10

1.0077-10

9.8821-10

7.2377-11

7.0978-10

0.1914

-0.1443

179

8.1602-11

8.0024-10

9.7451-11

9.5567-10

6.9678-11

6.8331-10

0.1942

-0.1461

180

8.0645-11

7.9086-10

9.6288-11

9.4426-10

6.7296-11

6.5995-10

0.1940

-0.1655

181

7.8067-11

7.6558-10

9.3458-11

9.1651-10

6.5123-11

6.3864-10

0.1971

-0.1658

182

7.5598-11

7.4136-10

9.0743-11

8.8988-10

6.3036-11

6.1817-10

0.2003

-0.1662

183

7.3230-11

7.1814-10

8.8136-11

8.6431-10

6.1029-11

5.9849-10

0.2035

-0.1666

184

7.0959-11

6.9587-10

8.5631-11

8.3975-10

5.9099-11

5.7957-10

0.2068

-0.1671

185

6.8780-11

6.7450-10

8.3223-11

8.1614-10

5.7243-11

5.6137-10

0.2100

-0.1677

186

6.6688-11

6.5399-10

8.0908-11

7.9344-10

5.5458-11

5.4385-10

0.2132

-0.1684

187

6.4678-11

6.3428-10

7.8680-11

7.7159-10

5.3739-11

5.2700-10

0.2165

-0.1691

188

6.2347-11

6.1534-10

7.6535-11

7.5055-10

5.2084-11

5.1077-10

0.2197

-0.1699

189

6.0891-11

5.9713-10

7.4469-11

7.3029-10

5.0490-11

4.9514-10

0.2230

-0.1708

190

5.9105-11

5.7962-10

7.2478-11

7.1077-10

4.8955-11

4.8009-10

0.2263

-0.1717

191

5.7386-11

5.6277-10

7.0559-11

6.9195-10

4.7476-11

4.6558-10

0.2295

-0.1727

192

5.5732-11

5.4654-10

6.8708-11

6.7379-10

4.6050-11

4.5160-10

0.2328

-0.1737

193

5.4139-11

5.3092-10

6.6922-11

6.5628-10

4.4676-11

4.3812-10

0.2361

-0.1748

194

5.2604-11

5.1587-10

6.5197-11

6.3937-10

4.3350-11

4.2512-10

0.2394

-0.1759

195

5.1125-11

5.0136-10

6.3532-11

6.2304-10

4.2072-11

4.1258-10

0.2427

-0.1771

196

4.9698-11

4.8738-10

6.1924-11

6.0727-10

4.0838-11

4.0048-10

0.2460

-0.1783

197

4.8323-11

4.7389-10

6.0369-11

5.9202-10

3.9647-11

3.8881-10

0.2493

-0.1795

198

4.6996-11

4.6087-10

5.8867-11

5.7728-10

3.8498-11

3.7754-10

0.2526

-0.1808

199

4.5715-11

4.4831-10

5.7413-11

5.6303-10

3.7389-11

3.6666-10

0.2559

-0.1821

200

4.4478-11

4.3618-10

5.6007-11

5.4924-10

3.6317-11

3.5615-10

0.2592

-0.1835

201

4.3284-11

4.2447-10

5.4646-11

5.3590-10

3.5282-11

3.4600-10

0.2625

-0.1849

202

4.2130-11

4.1316-10

5.3329-11

5.2298-10

3.4282-11

3.3619-10

0.2658

-0.1863

203

4.1015-11

4.0222-10

5.2053-11

5.1047-10

3.3315-11

3.2671-10

0.2691

-0.1877

204

3.9937-11

3.9165-10

5.0818-11

5.9835-10*

3.2381-11

3.1755-10

0.2724

-0.1892

_______________
* Соответствует оригиналу. - .

205

3.8895-11

3.8143-10

4.9620-11

4.8661-10

3.1477-11

3.0869-10

0.2757

-0.1907

206

3.7887-11

3.7155-10

4.8460-11

4.7523-10

3.0604-11

3.0012-10

0.2790

-0.1922

207

3.6912-11

3.6198-10

4.7334-11

4.6419-10

2.9759-11

2.9184-10

0.2824

-0.1938

208

3.5968-11

3.5273-10

4.6243-11

4.5349-10

2.8942-11

2.8382-10

0.2857

-0.1954

209

3.5055-11

3.4377-10

4.5184-11

4.4311-10

2.8151-11

2.7607-10

0.2890

-0.1969

210

3.4170-11

3.3509-10

4.4157-11

4.3304-10

2.7386-11

2.6856-10

0.2923

-0.1986

211

3.3313-11

3.2669-10

4.3160-11

4.2326-10

2.6645-11

2.6130-10

0.2956

-0.2002

212

3.2483-11

3.1855-10

4.2192-11

4.1377-10

2.5927-11

2.5426-10

0.2989

-0.2018

213

3.1679-11

3.1067-10

4.1253-11

4.0455-10

2.5233-11

2.4745-10

0.3022

-0.2035

214

3.0900-11

3.0302-10

4.0340-11

3.9560-10

2.4560-11

2.4085-10

0.3055

-0.2052

215

3.0144-11

2.9561-10

3.9453-11

3.8690-10

2.3908-11

2.3446-10

0.3088

-0.2069

216

2.9411-11

2.8843-10

3.8591-11

3.7845-10

2.3277-11

2.2827-10

0.3121

-0.2086

217

2.8701-11

2.8146-10

3.7753-11

3.7023-10

2.2665-11

2.2227-10

0.3154

-0.2103

218

2.8011-11

2.7470-10

3.6939-11

3.6225-10

2.2072-11

2.1646-10

0.3187

-0.2120

219

2.7343-11

2.6814-10

3.6147-11

3.5448-10

2.1498-11

2.1082-10

0.3220

-0.2138

220

2.6693-11

2.6177-10

3.5377-11

3.4693-10

2.0940-11

2.0535-10

0.3253

-0.2155

221

2.6063-11

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-0.2173

222

2.5451-11

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-0.2191

223

2.4857-11

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3.2547-10

1.9368-11

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-0.2209

224

2.4280-11

2.3811-10

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3.1870-10

1.8874-11

1.8509-10

0.3385

-0.2226

225

2.3720-11

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3.1826-11

3.1211-10

1.8396-11

1.8040-10

0.3418

-0.2244

226

2.3175-11

2.2727-10

3.1171-11

3.0569-10

1.7932-11

1.7585-10

0.3450

-0.2263

227

2.2646-11

2.2208-10

3.0534-11

2.9943-10

1.7481-11

1.7143-10

0.3483

-0.2281

228

2.2131-11

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0.3516

-0.2299

229

2.1631-11

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0.3549

-0.2317

230

2.1144-11

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1.5893-10

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-0.2336

231

2.0671-11

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1.5500-10

0.3614

-0.2354

232

2.0211-11

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1.5417-11

1.5118-10

0.3647

-0.2372

233

1.9764-11

1.9382-10

2.7037-11

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1.5039-11

1.4748-10

0.3680

-0.2391

234

1.9328-11

1.8954-10

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2.5991-10

1.4671-11

1.4388-10

0.3713

-0.2409

235

1.8904-11

1.8539-10

2.5985-11

2.5482-10

1.4315-11

1.4038-10

0.3745

-0.2428

236

1.8492-11

1.8134-10

2.5478-11

2.4985-10

1.3968-11

1.3698-10

0.3778

-0.2446

237

1.8090-11

1.7740-10

2.4984-11

2.4501-10

1.3631-11

1.3367-10

0.3811

-0.2465

238

1.7699-11

1.7357-10

2.4501-11

2.4028-10

1.3303-11

1.3046-10

0.3843

-0.2484

239

1.7318-11

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0.3876

-0.2502

240

1.6947-11

1.6620-10

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0.3909

-0.2521

241

1.6586-11

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0.3941

-0.2539

242

1.6234-11

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1.1848-10

0.3974

-0.2558

243

1.5892-11

1.5584-10

2.2258-11

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1.1797-11

1.1568-10

0.4006

-0.2577

244

1.5557-11

1.5257-10

2.1841-11

2.1418-10

1.1520-11

1.1297-10

0.4039

-0.2595

245

1.5232-11

1.4937-10

2.1433-11

2.1019-10

1.1250-11

1.1032-10

0.4071

-0.2614

246

1.4914-11

1.4626-10

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1.0988-11

1.0775-10

0.4104

-0.2633

247

1.4605-11

1.4323-10

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2.0247-10

1.0732-11

1.0525-10

0.4136

-0.2652

248

1.4303-11

1.4027-10

2.0266-11

1.9874-10

1.0484-11

1.0281-10

0.4169

-0.2670

249

1.4009-11

1.3738-10

1.9894-11

1.9510-10

1.0242-11

1.0044-10

0.4201

-0.2689

250

1.3722-11

1.3457-10

1.9531-11

1.9154-10

1.0007-11

9.8134-11

0.4233

-0.2707

255

1.2390-11

1.2150-10

1.7835-11

1.7490-10

8.9198-12

8.7474-11

0.4395

-0.2801

260

1.1210-11

1.0993-10

1.6317-11

1.6002-10

7.9666-12

7.8126-11

0.4556

-0.2893

265

1.0162-11

9.9657-11

1.4956-11

1.4667-10

7.1286-12

6.9908-11

0.4717

-0.2985

270

9.2295-12

9.0510-11

1.3731-11

1.3466-10

6.3902-12

6.2667-11

0.4878

-0.3076

275

8.3970-12

8.2347-11

1.2627-11

1.2383-10

5.7381-12

5.6272-11

0.5038

-0.3167

280

7.6523-12

7.5044-11

1.1629-11

1.1405-10

5.1609-12

5.0611-11

0.5197

-0.3256

285

6.9846-12

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4.6490-12

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-0.3344

290

6.3847-12

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9.7147-11

4.1941-12

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-0.3431

295

5.8447-12

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3.7892-12

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-0.3517

300

5.3575-12

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3.3617-11

0.5832

-0.3602

305

4.9174-12

4.8223-11

7.8631-12

7.7111-11

3.1053-12

3.0453-11

0.5991

-0.3685

310

4.5190-12

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7.2974-12

7.1563-11

2.8166-12

2.7622-11

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-0.3767

315

4.1578-12

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-0.3848

320

3.8298-12

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-0.3928

325

3.5316-12

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-0.4006

330

3.2600-12

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335

3.0124-12

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-0.4159

340

2.7863-12

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345

2.5795-12

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0.7247

-0.4307

350

2.3903-12

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0.7404

-0.4379

355

2.2169-12

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-0.4450

360

2.0578-12

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-0.4520

365

1.9117-12

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-0.4589

370

1.7774-12

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375

1.6537-12

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380

1.5399-12

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1.4348-12

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1.3379-12

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1.2484-12

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400

1.1656-12

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1.0181-12

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8.9147-13

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430

7.8235-13

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-0.5384

435

7.3352-13

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1.0056

-0.5438

440

6.8809-13

6.7479-12

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3.1022-13

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1.0212

-0.5492

445

6.4582-13

6.3333-12

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2.8776-13

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1.0368

-0.5544

450

6.0645-13

5.9472-12

1.2447-12

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2.6709-13

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1.0524

-0.5596

455

5.6976-13

5.5874-12

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1.1555-11

2.4803-13

2.4323-12

1.0681

-0.5647

460

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465

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470

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475

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480

4.1999-13

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1.1464

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485

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490

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495

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500

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505

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510

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515

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520

2.6356-13

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525

2.4908-13

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530

2.3548-13

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535

2.2270-13

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540

2.1068-13

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545

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550

1.8876-13

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555

1.7875-13

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4.2609-13

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560

1.6933-13

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565

1.6046-13

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570

1.5210-13

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3.6270-12

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575

1.4422-13

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3.5300-13

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580

1.3679-13

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3.3701-13

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4.5252-14

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585

1.2978-13

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4.2489-14

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1.4797

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590

1.2317-13

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3.0740-13

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1.4958

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595

1.1692-13

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1.5119

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600

1.1103-13

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2.7525-12

3.5241-14

3.4560-13

1.5281

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610

1.1361-13

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3.2018-13

3.1399-12

3.1945-14

3.1327-13

1.8181

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620

1.0368-13

1.0167-12

2.9235-13

2.8669-12

2.8304-14

2.7757-13

1.8198

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630

9.4630-14

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2.6697-13

2.6181-12

2.5143-14

2.4657-13

1.8212

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640

8.6397-14

8.4727-13

2.4383-13

2.3912-12

2.2390-14

2.1957-13

1.8222

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650

7.8900-14

7.7375-13

2.2273-13

2.1842-12

1.9983-14

1.9596-13

1.8229

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660

7.2073-14

7.0679-13

2.0348-13

1.9955-12

1.7873-14

1.7527-13

1.8232

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670

6.5853-14

6.4580-13

1.8592-13

1.8233-12

1.6018-14

1.5709-13

1.8233

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680

6.0185-14

5.9021-13

1.6990-13

1.6661-12

1.4384-14

1.4106-13

1.8230

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690

5.5018-14

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1.5528-13

1.5228-12

1.2940-14

1.2690-13

1.8223

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700

5.0308-14

4.9335-13

1.4194-13

1.3919-12

1.1661-14

1.1435-13

1.8214

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710

4.6012-14

4.5123-13

1.2976-13

1.2725-12

1.0526-14

1.0322-13

1.8202

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720

4.2093-14

4.1280-13

1.1864-13

1.1635-12

9.5160-15

9.3320-14

1.8186

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730

3.8518-14

3.7773-13

1.0849-13

1.0640-12

8.6161-15

8.4495-14

1.8167

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740

3.5254-14

3.4573-13

9.9226-14

9.7307-13

7.8126-15

7.6615-14

1.8146

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750

3.2275-14

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9.0761-14

8.9006-13

7.0938-15

6.9566-14

1.8121

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760

2.9555-14

2.8983-13

8.3030-14

8.1424-13

6.4496-15

6.3249-14

1.8094

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770

2.7070-14

2.6546-13

7.5967-14

7.4498-13

5.8714-15

5.7579-14

1.8063

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780

2.4800-14

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6.9514-14

6.8170-13

5.3515-15

5.2481-14