Поверхностные явления при детонации конденсированных взрывчатых смесей

6. Выводы.

1. В работе исследованы критические условия распространения детонации литых зарядов из сплавов тротил-дина, динитротолуол-тэн и прессованных зарядов из смесей парафина с октогеном.

2. Определены зависимости точек затвердевания сплавов тротила и дины и динитротолуола и тэна от составов смесей.

3. Построена зависимость критического диаметра изученных систем от состава смеси.

При детонации сплавов тротил-дина, содержащих 15−25% дины в смеси обнаружены спиновые детонационные волны, распространяющиеся вдоль боковой поверхности с шагом около 3 мм. В этой области плавный ход зависимости сЦСдина) нарушается, так же как на исследованных ранее зависимостях для ТГ и пентолита. При детонации сплавов динитротолуол-тэн и смесей парафина с октогеном низкочастотных спиновых пульсаций не обнаружено. Получены наглядные фотографические иллюстрации следов, оставляемых спиновым детонационным процессом.

4. С помощью высокоскоростной фоторегистрации экспериментально измерены, и с помощью компьютерной программы 8Э рассчитаны скорости детонации изученных систем. Сравнение экспериментально измеренной и идеальной расчетной скорости детонации показало, что в области существования спиновых детонационных волн экспериментальные величины скорости детонации превышают расчетные, в то время как в их отсутствие экспериментальные значения скорости детонации всегда меньше расчетных.

5. Проанализированы отпечатки, оставляемые детонационным процессом на медных и латунных пластинах-свидетелях. Для сплавов тротил-дина получена зависимость шага пульсаций и частоты пульсаций детонации от состава смеси. Показано, что резкий переход от низкочастотных (около 2 МГц) к высокочастотным (5.3−5.4 МГц) пульсациям происходит при содержании дины в смеси 25%.

6. Зависимости критического диаметра детонации литых систем на основе тротила сопоставлены между собой. Экспериментально показано, что дина является менее эффективным сенсибилизатором тротила, чем тэн и гексоген. Проведены компьютерные расчета детонационных и ударно-волновых параметров литых систем. Показано, что повышенное сенсибилизирующее действие гексогена на тротил по сравнению с диной, связано с более высокой плотностью зарядов ТГ и, как следствие, с повышением давления детонации, температуры ударного разогрева и температуры Тз.

7. Результаты, полученные при исследовании поверхностных явлений при детонации высокоплотных систем тротил-дина, динитротолуол-тэн и парафин-октоген сопоставлены с литературными данными. Найдено, что расчетные параметры детонации систем, в которых наблюдаются низкочастотные спиновые пульсации: порох НБлитые заряды ТГ-12.5, ТГ-15, ТТ-13, тротил-дина 85/15, 80/20 и 75/25- жидкий раствор динитротолуол-дина 30/70 одинаковы. Скорость детонации Б=7.3−7.4 км/с и теплота взрыва (2=5.4 МДж/кг. При увеличении в смесях содержания сенсибилизирующего компонента (гексогена, тэна или дины) параметры детонации возрастают, частота пульсаций увеличивается до 6−7 МГц и детонационный процесс стабилизируется.

8. Проведен расчет напряжений в разрывных зарядах, находящихся в прочной металлической оболочке цилиндрической и конической формы при значительных перегрузках в поле массовых сил. Показано, что коэффициент бокового давления увеличивается при увеличении напряжения ст2 и приводит к тому, что радиальная составляющая тензора напряжений стг достигает величин, сопоставимых с аг и превышающих предел текучести ст5. Возможные боковые зазоры исчезают и явления, связанные с распространение волн химической реакции по образующей заряда, в реальных системах не оказывают влияния на детонационный процесс.

1. Зельдович Я. Б. К теории распространения детонации в газообразных системах. Сб. Детонация конденсированных и газовых систем. 1986, М., Наука, 119. (ЖЭТФ, 1940, т. 10, вып.5, 542).

2. Зельдович Я. Б. Теория горения и детонации газов. М.-Л., изд. АН СССР, 1944.

3. Зельдович Я. Б., Компанеец A.C. Теория детонации. М., Гостехиздат, 1955.

4. Chapman D.L. Philos.Mag., 1899, v.47, р.90.

5. Shuster А. Philos. Trans. Roy.Soc. London A, 1893, v.152, p.21.

6. Jouguet E. Mecanique de Explosifs. P. Doin et Fils., 1917, 516 p.

7. Crussard L. Bull. Soc. Industr. Miner, 1907, v.6, p.l.

8. Riemann B. In: Ges Werke. 2 Aufl. 1870, s. l56.

9. Hugoniot H. J. ecole polytechn. 1887, t.57, p.l.

10. Rayleigh J.W.S. Proc. Roy. Soc. London A, 1910, v.84, p.247.

11. Rankine M. Philos. Trans. Roy.Soc. London A, 1870, v.160, p.277.

12. Зельдович Я. Б., Ратнер С. Б. ЖЭТФ 1941, тю11, с. 170.

13. Зельдович Я. Б. К теории возникновения детонации в газах. Сб. Детонация конденсированных и газовых систем. М., Наука, 1966, с. 243. (Журн. технич. физики, 1947, т. 17, с. З).

14. Campbell С., Woodhead D. J. Chem. Soc. 1926, v.129, ЗОЮ.

15. Campbell С., Woodhead D. J. Chem. Soc. 1927, v.130,1572.

16. Денисов Ю. Н., Трошин Я. К. ДАН СССР, 1959 т.125, с. 110.

17. Денисов Ю. Н., Трошин Я. К. Журн. технич. физики, 1960, т.30, с. 450.

18. White D.R. Phys. Fluids, 1961, v.4, № 4, p.465.

19. Курант Р., Фридерикс К. Сверхзвуковое течение и ударные волны, М., ИЛ, 1950.

20. Щелкин К. И. ЖЭТФ, 1959, т.36, с. 600.

21. Щелкин К. И., Трошин Я. К. Газодинамика горения М., изд. АН СССР, 1963, с. 255.

22. Щелкин К. И. К теории детонационного спина. Сб. Детонация конденсированных и газовых систем. 1986, М., Наука, 225−228. (ДАН СССР, 1945, т.47, 501−503).

23. Зельдович Я. Б. К теории детонационного спина. Сб. Детонация конденсированных и газовых систем. 1986, М., Наука, 228−233. (ДАН СССР, 1946, т.52, 147−150).

24. Campbell A.W. Holland Т.Е., Malin М.Е., Cotter T.P. Detonation phenomena in homogeneous explosives. Nature, 1956, v.178, p.38−39,.

25. Дремин A.H., Савров С. Д., Трофимов B.C., Шведов K.K. Детонационные волны в конденсированных средах. М.: Наука, 1970.

26. Дремин А. Н., Ададуров Г. А., Розанов O.K. О детонации нитрометана вблизи предела, ДАН СССР 1960, т.133, № 6, 1372−1374.

27. Дремин А. Н., Розанов O.K. О детонации смесей нитрометана с ацетоном. ДАН СССР 1961, т.139, № 1, 137−138.

28. Дремин А. Н, Трофимов B.C. Расчет критических диаметров детонации жидких взрывчатых веществ. ПМТФ, 1964, № 1,126−131.

29. Гамезо В. Н. Кинетика тепловыделения в реакционной зоне детонационной волны: Диссертация к-та хим. наук. Москва. РХТУ им Д. И. Менделеева, 1992, 233 с.

30. Розинг B.C., Харитон Ю. Б. Прекращение детонации взрывчатых веществ при малых диаметрах заряда. Детонация конденсированных и газовых систем. 1986, М&bdquoНаука, 21−23. (ДАН СССР, 1940, т26, № 4, 360−361).

31. Харитон Ю. Б. О детонационной способности взрывчатых веществ. Детонация конденсированных и газовых систем. 1986, М., Наука, 51−81. (В сб. «Вопросы теории взрывчатых веществ», 1947, вып.1, кн.1., M-JI, изд. АН СССР, 7−28).

32. Козак Г. Д., Кондриков Б. Н., Обломский В. Б. Спиновая детонация в твердых веществах // Физика горения и взрыва, 1989. Т.25, N4. С. 86.

33. Кондриков Б. Н., Райкова В. М., Самсонов Б. С. О кинетике реакций горения нитросоединений при высоком давлении. ФГВ, 1973, т.9, № 1, 84−90.

34. Габдуллина А. Р., Козак Г. Д., Кондриков Б. Н., Обломский В. Б. Влияние структуры заряда на спиновые явления при детонации пентолита. Детонация. Тезисы докладов 10-го симпозиума по горению и взрыву. Черноголовка, 1992, с. 36−37.

35. Козак Г. Д. Критический диаметр и спиновые явления при детонации литых и жидких ВВ, ФГВ, 1995, т, 31, № 2, 161−165.

36. Козак Г. Д., Кондриков Б. Н., Обломский В. Б. Спиновая волна и затухание детонации жидких ВВ ФГВ 1992, т. 28, № 2, с. 93−98.

37. Козак Г. Д., Елисеенков М. Ю. О влиянии спиновых явлений на критический диаметр детонации жидких ВВ Сб. Взрывчатые материалы и пиротехника вып.9−10(240−241) ЦНИИНТИ КПК, 1994, с.3−5.

38. Г. Д. Козак, В. М. Райкова, Н. В. Ращупкина. Критический диаметр и пульсации детонации растворов динитротолуола в нитрогликоле. ФГВ, в печати.

39. Г. Д. Козак, Н. В. Ращупкина. Детонация растворов динитротолуола в нитрогликоле. Тезисы докладов молодых специалистов РХТУ им Д. И. Менделеева 1998 г, изд. РХТУ, 1998.

40. Старшинов A.B. Изучение предельных условий и механизма детонации жидких Си О-нитросоединений. Дисс. канд. техн.наук. МХТИ им Д. И. Менделеева, 1979 г.

41. Козак Г. Д., Кондриков Б. Н., Елисеенков М. Ю., Жук Ю. С. О влиянии вязкости на устойчивость детонации диэтиленгликольдинитрата. ФГВ, 1996, т.32, № 1, 111−114.

42. Кондриков Б. Н., Сумин А. И. Уравнение состояния газов при высоком давлении. ФГВ, 1987, № 1, с. 114.

43. Орлова Е. Ю., Жилин В. Ф., Збарский В. Л., Шутов Г. М. Руководство к лабораторному практикуму по получению нитросоединений. М.: МХТИ им Д. И. Менделеева, 1969.

44. Козак Г. Д., Савкин A.B. Оптические способы регистрации быстропротекающих процессов. Методическое пособие. МХТИ им Д. И. Менделеева, 1984.

45. Орлова Е. Ю. Химия и технология бризантных взрывчатых веществ. Л., химия, 1973.

46. Igel Е.А., Seely L.B. Jr. The detonation behavior of liquid TNT// Proc. Second ONR Symp. on Detonation, USA, Maryland, 1955, P.321−335.

47. Беляев А. Ф. Горение, детонация и работа взрыва конденсированных систем // М.: Наука, 1968.

48. Кондриков Б. Н. Химическая термодинамика горения и взрываю Учебное пособие, М., МХТИ им Д. И. Менделеева, 1980 Г, 79 с.

49. Кондриков Б. Н., Райкова В. М. Расчет параметров уравнения состояния. Методические указания по курсу «Термодинамика горения и взрыва». Москва. МХТИ им Д. И. Менделеева. 1981. 47 с.

50. Халак А. Расчет параметров конденсированных веществ в ударных и детонационных волнах. Диссертация магистра. Москва. РХТУ им Д. И. Менделеева. 1998. 86 с.

51. Гамезо В. Н. Критический диаметр детонации жидких взрывчатых веществ, применение теории Дремина-Трофимова. Дипломная работа. М., МХТИ им Д. И. Менделеева, 1989 г.

52. Параметры детонации индивидуальных ВВ и некоторых смесей при расчетной плотности.

53. Explosive: DINA Formula: C4H8N408.

54. Oxygen balance: -26.7% Nitrogen content: 23.3% Density, g/cc: 1.670.

55. Enthalpy of formation, kJ/mol: -327.000.

56. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 7.88E+0000 6.72E-0001 1.19E+0001 8.90E+0000 9.12E-0001.

57. CGR NH3 CH4 NO 4.50E-0006 1.37E+0000 9.04E-0001 2.75E+0000 1.20E-0003 Detonation velocity, m/s: 8269 Particle velocity, m/s: 1992 Detonation pressure, GPa: 27.51 Detonation temperature, K: 3685 Specific volume, cc/g: 0.455.

58. Heat of detonation (Qv), kJ/kg: 5866 Volume of gases (n.c), mA3/kg: 0.759 Polytropic exponent: 3.15.

59. Explosive: RDX Formula: C3H6N606.

60. Oxygen balance: -21.6% Nitrogen content: 37.8% Density, g/cc: 1.800.

61. Enthalpy of formation, kJ/mol: 61.530.

62. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 1.30E+0001 3.98E-0001 9.66E+0000 7.30E+0000 5.38E-0001.

63. CGR NH3 CH4 NO 6.63E-0006 1.33E+0000 9.50E-0001 2.12E+0000 1.95E-0003.

64. Detonation velocity, m/s: 8959.

65. Particle velocity, m/s: 2248.

66. Detonation pressure, GPa: 36.24.

67. Detonation temperature, K: 3850.

68. Specific volume, cc/g: 0.416.

69. Volume of gases (n.c), mA3/kg: 0.762 Polytropic exponent: 2.99.

70. Explosive: TNT Formula: C7H5N306.

71. Oxygen balance: -74.0% Nitrogen content: 18.5% Density, g/cc: 1.640.

72. Enthalpy of formation, kJ/mol: -62.760.

73. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.33E+0000 1.01E+0000 9.83E+0000 5.74E+0000 9.80E-0001.

74. CGR NH3 CH4 NO 2.26E-0006 1.83E+0001 5.48E-0001 1.73E+0000 7.09E-0004.

75. Detonation velocity, m/s: 7304 Particle velocity, m/s: 1645 Detonation pressure, GPa: 19.70 Detonation temperature, K: 3547 Specific volume, cc/g: 0.472.

76. Heat of detonation (Qv), kJ/kg: 5312 Volume of gases (n.c), mA3/kg: 0.586 Polytropic exponent: 3.44.

77. Explosive: 24-DNT Formula: C7H6N204.

78. Oxygen balance: -114.2% Nitrogen content: 15.4% Density, g/cc: 1.520.

79. Enthalpy of formation, kJ/mol: -68.200.

80. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 5.12E+0000 5.73E-0001 6.81E+0000 7.77E+0000 1.20E+0000.

81. CGR NH3 CH4 NO 0.00E+0000 2.79E+0001 7.48E-0001 3.19E+0000 4.69E-0005.

82. Detonation velocity, m/s: 6555 Particle velocity, m/s: 13 911. JL".

83. Detonation pressure, GPa: 13.86 Detonation temperature, K: 2860 Specific volume, cc/g: 0.518.

84. Heat of detonation (Qv), kJ/kg: 4583 Volume of gases (n.c), mA3/kg: 0.569 Polytropic exponent: 3.71.

85. Explosive: HMX Formula: C4H8N808.

86. Oxygen balance: -21.6% Nitrogen content: 37.8% Density, g/cc: 1.900.

87. Enthalpy of formation, kJ/mol: 75.020.

88. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 1.31E+0001 2.35E-0001 9.46E+0000 7.87E+0000 3.45E-0001.

89. CGR NH3 CH4 NO 4.14E-0006 1.84E+0000 9.00E-0001 1.97E+0000 1.27E-0003 Detonation velocity, m/s: 9298 Particle velocity, m/s: 2336 Detonation pressure, GPa: 41.26 Detonation temperature, K: 3711 Specific volume, cc/g: 0.394.

90. Heat of detonation (Qv), kJ/kg: 6174 Volume of gases (n.c), mA3/kg: 0.758 Polytropic exponent: 2.98.

91. Explosive: PETN Formula: C5H8N4012.

92. Oxygen balance: -10.1% Nitrogen content: 17.7% Density, g/cc: 1.770.

93. Enthalpy of formation, kJ/mol: -551.770.

94. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.05E+0000 7.93E-0001 1.41E+0001 9.05E+0000 8.50E-0001.

95. CGR NH3 CH4 NO 5.49E-0005 O. OOE+OOOO 5.48E-0001 9.67E-0001 5.29E-0003 Detonation velocity, m/s: 8465.

96. Particle velocity, m/s: 2056 Detonation pressure, GPa: 30.81 Detonation temperature, K: 4203 Specific volume, cc/g: 0.428.

97. Heat of detonation (Qv), kJ/kg: 623 8 Volume of gases (n.c), mA3/kg: 0.724 Polytropic exponent: 3.12.

98. Explosive: DINA/TNT:90/10 Formula: C18.07H32.19N16.31 032.63 Oxygen balance: -31.4% Nitrogen content: 22.8% Density, g/cc: 1.667.

99. Enthalpy of formation, kJ/mol: -1253.216.

100. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 7.72E+0000 6.99E-0001 1.17E+0001 8.57E+0000 9.25E-0001.

101. CGR NH3 CH4 NO 4.25E-0006 3.05E+0000 8.70E-0001 2.64E+0000 1.15E-0003.

102. Detonation velocity, m/s: 8183 Particle velocity, m/s: 1955 Detonation pressure, GPa: 26.67 Detonation temperature, K: 3673 Specific volume, cc/g: 0.457.

103. Heat of detonation (Qv), kJ/kg: 5811 Volume of gases (n.c), mA3/kg: 0.742 Polytropic exponent: 3.18.

104. Explosive: DINA/TNT:80/20 Formula: C19.49H31.05N15.97 031.94.

105. Oxygen balance: -36.1% Nitrogen content: 22.4% Density, g/cc: 1.664.

106. Enthalpy of formation, kJ/mol: -1144.671.

107. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 7.57E+0000 7.24E-0001 1.15E+0001 8.26E+0000 9.34E-0001.

108. CGR NH3 CH4 NO 4.04E-0006 4.75E+0000 8.35E-0001 2.54E+0000 1.10E-0003 Detonation velocity, m/s: 8094 Particle velocity, m/s: 1926 Detonation pressure, GPa: 25.94 Detonation temperature, K: 3664 Specific volume, cc/g: 0.458.

109. Heat of detonation (Qv), kJ/kg: 5756 Volume of gases (n.c), mA3/kg: 0.724 Polytropic exponent: 3.20.

110. Explosive: DINA/TNT:70/30 Formula: C20.91H29.92N15.62 031.25 Oxygen balance: -40.8% Nitrogen content: 21.9% Density, g/cc: 1.661.

111. Enthalpy of formation, kJ/mol: -1036.126.

112. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 7.41E+0000 7.53E-0001 1.13E+0001 7.94E+0000 9.45E-0001.

113. CGR NH3 CH4 NO 3.78E-0006 6.43E+0000 8.00E-0001 2.44E+0000 1.05E-0003 Detonation velocity, m/s: 8004 Particle velocity, m/s: 1890 Detonation pressure, GPa: 25.12 Detonation temperature, K: 3651 Specific volume, cc/g: 0.460.

114. Heat of detonation (Qv), kJ/kg: 5701 Volume of gases (n.c), mA3/kg: 0.707 Polytropic exponent: 3.24.

115. Explosive: DINA/TNT:60/40 Formula: C22.32H28.79N15.28 030.56 Oxygen balance: -45.6% Nitrogen content: 21.4% Density, g/cc: 1.658.

116. Enthalpy of formation, kJ/mol: -927.581.

117. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 7.26E+0000 7.84E-0001 1.11E+0001 7.62E+0000 9.54E-0001.

118. CGR NH3 CH4 NO 3.55E-0006 8.12E+0000 7.64E-0001 2.34E+0000 1.00E-0003.

119. Detonation velocity, m/s: 7911 Particle velocity, m/s: 1856 Detonation pressure, GPa: 24.34 Detonation temperature, K: 3639 Specific volume, cc/g: 0.462.

120. Heat of detonation (Qv), kJ/kg: 5646 Volume of gases (n.c), mA3/kg: 0.690 Polytropic exponent: 3.26.

121. Explosive: DINA/TNT:50/50 Formula: C23.74H27.66N14.93 029.87 Oxygen balance: -50.3% Nitrogen content: 20.9% Density, g/cc: 1.655.

122. Enthalpy of formation, kJ/mol: -819.036.

123. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 7.10E+0000 8.16E-0001 1.09E+0001 7.30E+0000 9.62E-0001.

124. CGR NH3 CH4 NO 3.32E-0006 9.81E+0000 7.28E-0001 2.24E+0000 9.55E-0004.

125. Detonation velocity, m/s: 7816 Particle velocity, m/s: 1821 Detonation pressure, GPa: 23.55 Detonation temperature, K: 3625 Specific volume, cc/g: 0.464.

126. Heat of detonation (Qv), kJ/kg: 5590 Volume of gases (n.c), mA3/kg: 0.672 Polytropic exponent: 3.29.

127. Formula: C25.15H26.53N14.59 029.18 Oxygen balance: -55.0% Nitrogen content: 20.4% Density, g/cc: 1.652.

128. Enthalpy of formation, kJ/mol: -710.491.

129. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.95E+0000 8.49E-0001 1.07E+0001 6.99E+0000 9.69E-0001.

130. CGR NH3 CH4 NO 3.10E-0006 1.15E+0001 6.92E-0001 2.14E+0000 9.06E-0004 Detonation velocity, m/s: 7718 Particle velocity, m/s: 1786 Detonation pressure, GPa: 22.77 Detonation temperature, K: 3611 Specific volume, cc/g: 0.465.

131. Heat of detonation (Qv), kJ/kg: 5535 Volume of gases (n.c), mA3/kg: 0.655 Polytropic exponent: 3.32.

132. Explosive: DINA/TNT:30/70 Formula: C26.57H25.40N14.24 028.49 Oxygen balance: -59.8% Nitrogen content: 19.9% Density, g/cc: 1.649.

133. Enthalpy of formation, kJ/mol: -601.947.

134. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.79E+0000 8.85E-0001 1.05E+0001 6.68E+0000 9.74E-0001.

135. CGR NH3 CH4 NO 2.88E-0006 1.32E+0001 6.56E-0001 2.03E+0000 8.57E-0004 Detonation velocity, m/s: 7619 Particle velocity, m/s: 1751 Detonation pressure, GPa: 22.00 Detonation temperature, K: 3597 Specific volume, cc/g: 0.467.

136. Heat of detonation (Qv), kJ/kg: 5480 Volume of gases (n.c), mA3/kg: 0.638 Polytropic exponent: 3.35.

137. Formula: C27.99H24.27N13.90 027.80 Oxygen balance: -64.5% Nitrogen content: 19.5% Density, g/cc: 1.646.

138. Enthalpy of formation, kJ/mol: -493.402.

139. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.64E+0000 9.22E-0001 1.03E+0001 6.36E+0000 9.78E-0001.

140. CGR NH3 CH4 NO 2.67E-0006 1.49E+0001 6.20E-0001 1.93E+0000 8.07E-0004.

141. Detonation velocity, m/s: 7516 Particle velocity, m/s: 1716 Detonation pressure, GPa: 21.23 Detonation temperature, K: 3581 Specific volume, cc/g: 0.469.

142. Heat of detonation (Qv), kJ/kg: 5424 Volume of gases (n.c), mA3/kg: 0.621 Polytropic exponent: 3.38.

143. Explosive: DINA/TNT: 10/90 Formula: C29.40H23.14N13.55 027.il Oxygen balance: -69.2% Nitrogen content: 19.0% Density, g/cc: 1.643.

144. Enthalpy of formation, kJ/mol: -384.857.

145. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.48E+0000 9.63E-0001 1.00E+0001 6.05E+0000 9.80E-0001.

146. CGR NH3 CH4 NO 2.46E-0006 1.66E+0001 5.84E-0001 1.83E+7.57E-0004.

147. Detonation velocity, m/s: 7411.

148. Particle velocity, m/s: 1680.

149. Detonation pressure, GPa: 20.46.

150. Detonation temperature, K: 3565.

151. Specific volume, cc/g: 0.471.

152. Volume of gases (n.c), mA3/kg: 0.603 Polytropic exponent: 3.411. Explosive: RDX/TNT:90/10.

153. Formula: C15.24H26.51N25.63 026.95.

154. Oxygen balance: -26.8% Nitrogen content: 35.9%1. Density, g/cc: 1.783.

155. Enthalpy of formation, kJ/mol: 221.682.

156. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 1.24E+0001 4.37E-0001 9.69E+0000 7.14E+0000 5.81E-0001.

157. C GR NH3 CH4 NO 6.16E-0006 3.04E+0000 9.21E-0001 2.08E+0000 1.85E-0003 Detonation velocity, m/s: 8819 Particle velocity, m/s: 2178 Detonation pressure, GPa: 34.23 Detonation temperature, K: 3829 Specific volume, cc/g: 0.422.

158. Heat of detonation (Qv), kJ/kg: 6088 Volume of gases (n.c), mA3/kg: 0.744 Polytropic exponent: 3.051. Explosive: RDX/TNT:80/20.

159. Formula: C16.97H26.01N24.25 026.89.

160. Oxygen balance: -32.1% Nitrogen content: 34.0%1. Density, g/cc: 1.766.

161. Enthalpy of formation, kJ/mol: 166.350.

162. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 1.17E+0001 4.79E-0001 9.71E+0000 6.99E+0000 6.23E-0001.

163. CGR NH3 CH4 NO 5.73E-0006 4.75E+0000 8.89E-0001 2.03E+0000 1.74E-0003.

164. Detonation velocity, m/s: 8672.

165. Particle velocity, m/s: 2115.

166. Detonation pressure, GPa: 32.38.

167. Detonation temperature, K: 3808.

168. Specific volume, cc/g: 0.428.

169. Heat of detonation (Qv), kJ/kg: 6003 Volume of gases (nx), mA3/kg: 0.726 Polytropic exponent: 3.101. Explosive: RDX/TNT:70/30.

170. Formula: C18.70H25.51N22.87 026.83.

171. Oxygen balance: -37.3% Nitrogen content: 32.0%1. Density, g/cc: 1.749.

172. Enthalpy of formation, kJ/mol: 111.017.

173. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 1.10E+0001 5.26E-0001 9.74E+0000 6.84E+0000 6.66E-0001.

174. CGR NH3 CH4 NO 5.27E-0006 6.45E+0000 8.53E-0001 1.99E+0000 1.62E-0003.

175. Detonation velocity, m/s: 8519 Particle velocity, m/s: 2053 Detonation pressure, GPa: 30.58 Detonation temperature, K: 3784 Specific volume, cc/g: 0.434.

176. Heat of detonation (Qv), kJ/kg: 5919 Volume of gases (n.c), mA3/kg: 0.708 Polytropic exponent: 3.151. Explosive: RDX/TNT:60/40.

177. Formula: C20.43H25.01N21.49 026.77.

178. Oxygen balance: -42.6% Nitrogen content: 30.1%1. Density, g/cc: 1.732.

179. Enthalpy of formation, kJ/mol: 55.684.

180. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 1.03E+0001 5.86E-0001 9.76E+0000 6.68E+0000 7.22E-0001.

181. CGR NH3 CH4 NO 4.60E-0006 8.14E+0000 8.14E-0001 1.94E+0000 1.45E-0003.

182. Detonation velocity, m/s: 8361 Particle velocity, m/s: 1964 Detonation pressure, GPa: 28.45 Detonation temperature, K: 3745 Specific volume, cc/g: 0.442.

183. Heat of detonation (Qv), kJ/kg: 5832 Volume of gases (n.c), mA3/kg: 0.691 Polytropic exponent: 3.261. Explosive: RDX/TNT:50/50.

184. Formula: C22.16H24.51N20.11 026.71.

185. Oxygen balance: -47.8% Nitrogen content: 28.2%1. Density, g/cc: 1.716.

186. Enthalpy of formation, kJ/mol: 0.351.

187. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 9.67E+0000 6.31E-0001 9.78E+0000 6.53E+0000 7.53E-0001.

188. CGR NH3 CH4 NO 4.38E-0006 9.85E+0000 7.74E-0001 1.91E+0000 1.36E-0003 Detonation velocity, m/s: 8196 Particle velocity, m/s: 1936 Detonation pressure, GPa: 27.23 Detonation temperature, K: 3731 Specific volume, cc/g: 0.445.

189. Heat of detonation (Qv), kJ/kg: 5748 Volume of gases (n.c), mA3/kg: 0.673 Polytropic exponent: 3.231. Explosive: RDX/TNT:40/60.

190. Formula: C23.89H24.01N18.73 026.65.

191. Oxygen balance: -53.0% Nitrogen content: 26.2%1. Density, g/cc: 1.700.

192. Enthalpy of formation, kJ/mol: -54.981.

193. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 9.00E+0000 6.87E-0001 9.80E+0000 6.38E+0000 7.92E-0001.

194. CGR NH3 CH4 NO 4.00E-0006 1.15E+0001 7.32E-0001 1.87E+0000 1.24E-0003.

195. Detonation velocity, m/s: 8027 Particle velocity, m/s: 1889 Detonation pressure, GPa: 25.78 Detonation temperature, K: 3704 Specific volume, cc/g: 0.450.

196. Heat of detonation (Qv), kJ/kg: 5663 Volume of gases (n.c), mA3/kg: 0.655 Polytropic exponent: 3.251. Explosive: RDX/TNT:30/70.

197. Formula: C25.63H23.51N17.35 026.60.

198. Oxygen balance: -58.3% Nitrogen content: 24.3%1. Density, g/cc: 1.685.

199. Enthalpy of formation, kJ/mol: -110.314.

200. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 8.33E+0000 7.61E-0001 9.81E+0000 6.22E+0000 8.44E-0001.

201. CGR NH3 CH4 NO 3.47E-0006 1.32E+0001 6.87E-0001 1.83E+0000 1.09E-0003.

202. Detonation velocity, m/s: 7853 Particle velocity, m/s: 1817 Detonation pressure, GPa: 24.05 Detonation temperature, K: 3664 Specific volume, cc/g: 0.456.

203. Heat of detonation (Qv), kJ/kg: 5575 Volume of gases (n.c), mA3/kg: 0.638 Polytropic exponent: 3.321. Explosive: RDX/TNT:20/80.

204. Formula: C27.36H23.0IN 15.97 026.54.

205. Oxygen balance: -63.5% Nitrogen content: 22.4%1. Density, g/cc: 1.670.

206. Enthalpy of formation, kJ/mol: -165.647.

207. Equilibrium products composition (mol/kg) N2 CO C02 H20 H27.66E+0000 8.35E-0001 9.82E+0000 6.06E+0000 8.90E-0001.

208. CGR NH3 CH4 NO 3.04E-0006 1.49E+0001 6.42E-0001 1.80E+0000 9.57E-0004 Detonation velocity, m/s: 7674 Particle velocity, m/s: 1759 Detonation pressure, GPa: 22.54 Detonation temperature, K: 3628 Specific volume, cc/g: 0.462.

209. Heat of detonation (Qv), kJ/kg: 5488 Volume of gases (n.c), mA3/kg: 0.621 Polytropic exponent: 3.361. Explosive: RDX/TNT: 10/90.

210. Formula: C29.09H22.51N14.59 026.48.

211. Oxygen balance: -68.7% Nitrogen content: 20.4%1. Density, g/cc: 1.655.

212. Enthalpy of formation, kJ/mol: -220.979.

213. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 7.00E+0000 9.16E-0001 9.83E+0000 5.90E+0000 9.35E-0001.

214. CGR NH3 CH4 NO 2.64E-0006 1.66E+0001 5.95E-0001 1.76E+0000 8.30E-0004 Detonation velocity, m/s: 7491 Particle velocity, m/s: 1702 Detonation pressure, GPa: 21.09 Detonation temperature, K: 3589 Specific volume, cc/g: 0.467.

215. Heat of detonation (Qv), kJ/kg: 5401 Volume of gases (n.c), mA3/kg: 0.603 Polytropic exponent: 3.40.

216. Explosive: PETN/TNT:90/10 Formula: C17.32H24.98N12.71 036.80 Oxygen balance:-16.5% Nitrogen content: 17.8% Density, g/cc: 1.756.

217. Enthalpy of formation, kJ/mol: -1598.437.

218. Equilibrium products composition (mol/kg).

219. N2 CO C02 H20 H2 6.07E+0000 1.02E+0000 1.44E+0001 6.99E+0000 8.42E-0001.

220. CGR NH3 CH4 NO 2.02E-0005 O. OOE+OOOO 5.73E-0001 1.90E+0000 2.97E-0003.

221. Detonation velocity, m/s: 8368 Particle velocity, m/s: 2022 Detonation pressure, GPa: 29.72 Detonation temperature, K: 4076 Specific volume, cc/g: 0.432.

222. Heat of detonation (Qv), kJ/kg: 6115 Volume of gases (n.c), mA3/kg: 0.712 Polytropic exponent: 3.14.

223. Explosive: PETN/TNT:80/20 Formula: C18.82H24.65N12.76 035.65 Oxygen balance: -22.9% Nitrogen content: 17.9% Density, g/cc: 1.742.

224. Enthalpy of formation, kJ/mol: -1451.534.

225. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.09E+0000 1.03E+0000 1.39E+0001 6.83E+0000 8.55E-0001.

226. CGR NH3 CH4 NO 1.62E-0005 2.01E+0000 5.72E-0001 1.89E+0000 2.58E-0003.

227. Detonation velocity, m/s: 8258 Particle velocity, m/s: 1983 Detonation pressure, GPa: 28.53 Detonation temperature, K: 4019 Specific volume, cc/g: 0.436.

228. Heat of detonation (Qv), kJ/kg: 6026 Volume of gases (n.c), mA3/kg: 0.698 Polytropic exponent: 3.16.

229. Explosive: PETN/TNT:70/30 Formula: C20.32H24.32N12.82 034.50.

230. Oxygen balance: -29.3% Nitrogen content: 18.0% Density, g/cc: 1.729.

231. Enthalpy of formation, kJ/mol: -1304.631.

232. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.12E+0000 1.02E+0000 1.34E+0001 6.71E+0000 8.71E-0001.

233. CGR NH3 CH4 NO 1.31E-0005 4.05E+0000 5.71E-0001 1.86E+0000 2.25E-0003 Detonation velocity, m/s: 8146 Particle velocity, m/s: 1940 Detonation pressure, GPa: 27.32 Detonation temperature, K: 3961 Specific volume, cc/g: 0.441.

234. Heat of detonation (Qv), kJ/kg: 5937 Volume of gases (n.c), mA3/kg: 0.684 Polytropic exponent: 3.20.

235. Explosive: PETN/TNT:60/40 Formula: C21.82H23.99N12.87 033.34 Oxygen balance:-35.7% Nitrogen content: 18.0% Density, g/cc: 1.716.

236. Enthalpy of formation, kJ/mol: -1157.728.

237. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.15E+0000 1.02E+0000 1.29E+0001 6.58E+0000 8.86E-0001.

238. CGR NH3 CH4 NO 1.04E-0005 6.09E+0000 5.69E-0001 1.84E+0000 1.95E-0003 Detonation velocity, m/s: 8031 Particle velocity, m/s: 1900 Detonation pressure, GPa: 26.18 Detonation temperature, K: 3904 Specific volume, cc/g: 0.445.

239. Heat of detonation (Qv), kJ/kg: 5848 Volume of gases (n.c), mA3/kg: 0.670 Polytropic exponent: 3.23.

240. Explosive: PETN/TNT:50/50 Formula: C23.32H23.66N12.93 032.19.

241. Oxygen balance: -42.0% Nitrogen content: 18.1% Density, g/cc: 1.703.

242. Enthalpy of formation, kJ/mol: -1010.826.

243. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.18E+0000 1.02E+0000 1.24E+0001 6.45E+0000 9.03E-0001.

244. CGR NH3 CH4 NO 8.25E-0006 8.13E+0000 5.66E-0001 1.81E+0000 1.67E-0003.

245. Detonation velocity, m/s: 7915 Particle velocity, m/s: 1856 Detonation pressure, GPa: 25.01 Detonation temperature, K: 3844 Specific volume, cc/g: 0.450.

246. Heat of detonation (Qv), kJ/kg: 5758 Volume of gases (n.c), mA3/kg: 0.656 Polytropic exponent: 3.27.

247. Explosive: PETN/TNT:40/60 Formula: C24.82H23.33N12.99 031.03 Oxygen balance: -48.4% Nitrogen content: 18.2% Density, g/cc: 1.690.

248. Enthalpy of formation, kJ/mol: -863.923.

249. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.21E+0000 1.02E+0000 1.18E+0001 6.32E+0000 9.18E-0001.

250. CGR NH3 CH4 NO 6.49E-0006 1.02E+0001 5.64E-0001 1.79E+1.43E-0003.

251. Detonation velocity, m/s: 7797.

252. Particle velocity, m/s: 1814.

253. Detonation pressure, GPa: 23.89.

254. Detonation temperature, K: 3786.

255. Specific volume, cc/g: 0.454.

256. Volume of gases (n.c), mA3/kg: 0.642 Polytropic exponent: 3.30.

257. Explosive: PETN/TNT:30/70 Formula: C26.32H23.00N13.4 029.88 Oxygen balance:-54.8% Nitrogen content: 18.3% Density, g/cc: 1.677.

258. Enthalpy of formation, kJ/mol: -717.020.

259. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.24E+0000 1.01E+0000 1.13E+0001 6.18E+0000 9.34E-0001.

260. CGR NH3 CH4 NO 5.06E-0006 1.22E+0001 5.60E-0001 1.77E+0000 1.21E-0003 Detonation velocity, m/s: 7677 Particle velocity, m/s: 1772 Detonation pressure, GPa: 22.81 Detonation temperature, K: 3726 Specific volume, cc/g: 0.459.

261. Heat of detonation (Qv), kJ/kg: 5580 Volume of gases (n.c), mA3/kg: 0.628 Polytropic exponent: 3.33.

262. Explosive: PETN/TNT:20/80 Formula: C27.82H22.67N13.10 028.72 Oxygen balance: -61.2% Nitrogen content: 18.3% Density, g/cc: 1.664.

263. Enthalpy of formation, kJ/mol: -570.118.

264. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.27E+0000 1.01E+0000 1.08E+0001 6.04E+0000 9.49E-0001.

265. CGR NH3 CH4 NO 3.91E-0006 1.42E+0001 5.57E-0001 1.76E+0000 1.02E-0003.

266. Detonation velocity, m/s: 7554.

267. Particle velocity, m/s: 1730.

268. Detonation pressure, GPa: 21.75.

269. Detonation temperature, K: 3667.

270. Specific volume, cc/g: 0.463.

271. Volume of gases (n.c), mA3/kg: 0.614 Polytropic exponent: 3.37.

272. Explosive: PETN/TNT: 10/90 Formula: C29.32H22.34N13.15 027.57 Oxygen balance: -67.6% Nitrogen content: 18.4% Density, g/cc: 1.652.

273. Enthalpy of formation, kJ/mol: -423.215.

274. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.30E+0000 1.01E+0000 1.03E+0001 5.89E+0000 9.65E-0001.

275. CGR NH3 CH4 NO 2.99E-0006 1.62E+0001 5.52E-0001 1.74E+0000 8.54E-0004.

276. Detonation velocity, m/s: 7430 Particle velocity, m/s: 1687 Detonation pressure, GPa: 20.71 Detonation temperature, K: 3607 Specific volume, cc/g: 0.468.

277. Heat of detonation (Qv), kJ/kg: 5402 Volume of gases (n.c), mA3/kg: 0.600 Polytropic exponent: 3.40.

278. Параметры детонации смесей Дина/ТНТ при эксп Плотности.

279. Explosive: DINA/TNT: 15/85 Formula: С28.69Н23.7IN 13.73 027.45 Oxygen balance: -66.9% Nitrogen content: 19.2% Density, g/cc: 1.590.

280. Enthalpy of formation, kJ/mol: -439.129.

281. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.57E+0000 1.21E+0000 1.02E+0001 5.93E+0000 1.15E+2 С GR NH3 CH4 NO2.84E-0006 1.54E+0001 5.85E-0001 1.95E+0000 8.48E-0004.

282. Detonation velocity, m/s: 7235.

283. Particle velocity, m/s: 1664.

284. Detonation pressure, GPa: 19.14.

285. Detonation temperature, K: 3596.

286. Specific volume, cc/g: 0.484.

287. Heat of detonation (Qv), kJ/kg: 5365.

288. Volume of gases (n.c), mA3/kg: 0.6171. Polytropic exponent: 3.35.

289. Explosive: DINA/TNT: 15/85 Formula: C28.69H23.71N13.73 027.45 Oxygen balance:-66.9% Nitrogen content: 19.2% Density, g/cc: 1.610.

290. Enthalpy of formation, kJ/mol: -439.129.

291. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.57E+0000 1.10E+0000 1.02E+0001 6.04E+0000 1.08E+0000.

292. CGR NH3 CH4 NO 2.74E-0006 1.55E+0001 5.92E-0001 1.92E+0000 8.25E-0004 Detonation velocity, m/s: 7319 Particle velocity, m/s: 1677 Detonation pressure, GPa: 19.76 Detonation temperature, K: 3589 Specific volume, cc/g: 0.479.

293. Heat of detonation (Qv), kJ/kg: 5377 Volume of gases (n.c), mA3/kg: 0.615 Polytropic exponent: 3.36.

294. Explosive: DINA/TNT: 15/85 Formula: C28.69H23.71N13.73 027.45 Oxygen balance: -66.9% Nitrogen content: 19.2% Density, g/cc: 1.580.

295. Enthalpy of formation, kJ/mol: -439.129.

296. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.57E+0000 1.27E+0000 1.01E+0001 5.89E+0000 1.18E+0000.

297. CGR NH3 CH4 NO 2.89E-0006 1.53E+0001 5.82E-0001 1.96E+0000 8.59E-0004.

298. Detonation velocity, m/s: 7193 Particle velocity, m/s: 1658 Detonation pressure, GPa: 18.84 Detonation temperature, K: 3600 Specific volume, cc/g: 0.487.

299. Heat of detonation (Qv), kJ/kg: 5359 Volume of gases (n.c), mA3/kg: 0.618 Polytropic exponent: 3.34.

300. Explosive: DINA/TNT:20/80 Formula: C27.99H24.27N13.90 027.80 Oxygen balance: -64.5% Nitrogen content: 19.5% Density, g/cc: 1.590.

301. Enthalpy of formation, kJ/mol: -493.402.

302. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.65E+0000 1.20E+0000 1.03E+0001 6.08E+0000 1.15E+0000.

303. CGR NH3 CH4 NO 2.96E-0006 1.45E+0001 6.02E-0001 2.00E+0000 8.76E-0004.

304. Detonation velocity, m/s: 7283 Particle velocity, m/s: 1678 Detonation pressure, GPa: 19.43 Detonation temperature, K: 3605 Specific volume, cc/g: 0.484.

305. Heat of detonation (Qv), kJ/kg: 5393 Volume of gases (n.c), mA3/kg: 0.626 Polytropic exponent: 3.34.

306. Explosive: DINA/TNT:20/80 Formula: C27.99H24.27N13.90 027.80 Oxygen balance: -64.5% Nitrogen content: 19.5% Density, g/cc: 1.580.

307. Enthalpy of formation, kJ/mol: -493.402.

308. Equilibrium products composition (mol/kg) N2 CO C02 H20 H26.65E+0000 1.25E+0000 1.03E+0001 6.03E+0000 1.19E+0000.

309. CGR NH3 CH4 NO 3.02E-0006 1.45E+0001 5.99E-0001 2.01E+0000 8.90E-0004 Detonation velocity, m/s: 7241 Particle velocity, m/s: 1674 Detonation pressure, GPa: 19.15 Detonation temperature, K: 3610 Specific volume, cc/g: 0.487.

310. Heat of detonation (Qv), kJ/kg: 5387 Volume of gases (n.c), mA3/kg: 0.627 Polytropic exponent: 3.33.

311. Explosive: DINA/TNT:20/80 Formula: C27.99H24.27N 13.90 027.80 Oxygen balance: -64.5% Nitrogen content: 19.5% Density, g/cc: 1.600.

312. Enthalpy of formation, kJ/mol: -493.402.

313. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.65E+0000 1.14E+0000 1.03E+0001 6.13E+0000 1.12E+0000.

314. CGR NH3 CH4 NO 2.91E-0006 1.46E+0001 6.06E-0001 1.99E+0000 8.65E-0004 Detonation velocity, m/s: 7324 Particle velocity, m/s: 1685 Detonation pressure, GPa: 19.75 Detonation temperature, K: 3601 Specific volume, cc/g: 0.481.

315. Heat of detonation (Qv), kJ/kg: 5399 Volume of gases (n.c), mA3/kg: 0.625 Polytropic exponent: 3.35.

316. Explosive: DINA/TNT: 15/85 Formula: C28.69H23.71N13.73 027.45 Oxygen balance: -66.9% Nitrogen content: 19.2% Density, g/cc: 1.590.

317. Enthalpy of formation, kJ/mol: -439.129.

318. Equilibrium products composition (mol/kg) N2 CO C02 H20 H26.57E+0000 1.21E+0000 1.02E+0001 5.93E+0000 1.15E+0000.

319. CGR NH3 CH4 N0 2.84E-0006 1.54E+0001 5.85E-0001 1.95E+0000 8.48E-0004.

320. Detonation velocity, m/s: 7235 Particle velocity, m/s: 1664 Detonation pressure, GPa: 19.14 Detonation temperature, K: 3596 Specific volume, cc/g: 0.484.

321. Heat of detonation (Qv), kJ/kg: 5365 Volume of gases (n.c), mA3/kg: 0.617 Polytropic exponent: 3.35.

322. Explosive: DINA/TNT:25/75 Formula: C27.28H24.84N14.7 028.14 Oxygen balance:-62.1% Nitrogen content: 19.7% Density, g/cc: 1.610.

323. Enthalpy of formation, kJ/mol: -547.674.

324. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.72E+0000 1.07E+0000 1.04E+0001 6.32E+0000 1.09E+0000.

325. CGR NH3 CH4 NO 3.00E-0006 1.38E+0001 6.27E-0001 2.03E+0000 8.85E-0004.

326. Detonation velocity, m/s: 7410 Particle velocity, m/s: 1711 Detonation pressure, GPa: 20.41 Detonation temperature, K: 3607 Specific volume, cc/g: 0.478.

327. Heat of detonation (Qv), kJ/kg: 5431 Volume of gases (n.c), mA3/kg: 0.633 Polytropic exponent: 3.331. Explosive: DINA/TNT:25/75.

328. Formula: C27.28H24.84N14.7 028.14.

329. Oxygen balance: -62.1% Nitrogen content: 19.7%1. Density, g/cc: 1.590.

330. Enthalpy of formation, kJ/mol: -547.674.

331. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.72E+0000 1.18E+0000 1.04E+0001 6.22E+0000 1.16E+0000.

332. CGR NH3 CH4 NO 3.08E-0006 1.37E+0001 6.20E-0001 2.06E+0000 9.05E-0004 Detonation velocity, m/s: 7328 Particle velocity, m/s: 1692 Detonation pressure, GPa: 19.72 Detonation temperature, K: 3613 Specific volume, cc/g: 0.484.

333. Heat of detonation (Qv), kJ/kg: 5419 Volume of gases (n.c), mA3/kg: 0.635 Polytropic exponent: 3.33.

334. Explosive: DINA/TNT:25/75 Formula: C27.28H24.84N14.7 028.14 Oxygen balance: -62.1% Nitrogen content: 19.7% Density, g/cc: 1.550.

335. Enthalpy of formation, kJ/mol: -547.674.

336. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.73E+0000 1.41E+0000 1.04E+0001 6.01E+0000 1.29E+0000.

337. CGR NH3 CH4 NO 3.32E-0006 1.34E+0001 6.06E-0001 2.10E+0000 9.57E-0004 Detonation velocity, m/s: 7163 Particle velocity, m/s: 1672 Detonation pressure, GPa: 18.56 Detonation temperature, K: 3630 Specific volume, cc/g: 0.495.

338. Heat of detonation (Qv), kJ/kg: 5393 Volume of gases (n.c), mA3/kg: 0.639 Polytropic exponent: 3.291. Explosive: DINA/TNT:25/75.

339. Formula: C27.28H24.84N14.7 028.14.

340. Oxygen balance: -62.1% Nitrogen content: 19.7%1. Density, g/cc: 1.560.

341. Enthalpy of formation, kJ/mol: -547.674.

342. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.73E+0000 1.35E+0000 1.04E+0001 6.06E+0000 1.26E+0000.

343. CGR NH3 CH4 NO 3.26E-0006 1.35E+0001 6.10E-0001 2.09E+0000 9.44E-0004.

344. Detonation velocity, m/s: 7204 Particle velocity, m/s: 1677 Detonation pressure, GPa: 18.85 Detonation temperature, K: 3626 Specific volume, cc/g: 0.492.

345. Heat of detonation (Qv), kJ/kg: 5400 Volume of gases (n.c), mA3/kg: 0.638 Polytropic exponent: 3.30.

346. Explosive: DINA/TNT:30/70 Formula: C26.57H25.40N14.24 028.49 Oxygen balance: -59.8% Nitrogen content: 19.9% Density, g/cc: 1.550.

347. Enthalpy of formation, kJ/mol: -601.947.

348. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.81E+0000 1.39E+0000 1.05E+0001 6.15E+0000 1.30E+0000.

349. CGR NH3 CH4 NO 3.48E-0006 1.25E+0001 6.23E-0001 2.16E+9.92E-0004.

350. Detonation velocity, m/s: 7210.

351. Particle velocity, m/s: 1687.

352. Detonation pressure, GPa: 18.86.

353. Detonation temperature, K: 3640.

354. Specific volume, cc/g: 0.494.

355. Heat of detonation (Qv), kJ/kg: 5421 Volume of gases (n.c), mA3/kg: 0.648.

356. Explosive: DINA/TNT:30/70 Formula: C26.57H25.40N14.24 028.49 Oxygen balance:-59.8% Nitrogen content: 19.9% Density, g/cc: 1.500.

357. Enthalpy of formation, kJ/mol: -601.947.

358. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.82E+0000 1.73E+0000 1.04E+0001 5.89E+0000 1.48E+0000.

359. CGR NH3 CH4 NO 3.74E-0006 1.22E+0001 6.03E-0001 2.21E+0000 1.05E-0003 Detonation velocity, m/s: 7010 Particle velocity, m/s: 1658 Detonation pressure, GPa: 17.44 Detonation temperature, K: 3656 Specific volume, cc/g: 0.509.

360. Heat of detonation (Qv), kJ/kg: 5385 Volume of gases (n.c), mA3/kg: 0.653 Polytropic exponent: 3.23.

361. Explosive: DINA/TNT:30/70 Formula: C26.57H25.40N14.24 028.49 Oxygen balance: -59.8% Nitrogen content: 19.9% Density, g/cc: 1.580.

362. Enthalpy of formation, kJ/mol: -601.947.

363. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.80E+0000 1.22E+0000 1.05E+0001 6.31E+0000 1.20E+0000.

364. CGR NH3 CH4 NO 3.31E-0006 1.27E+0001 6.35E-0001 2.12E+0000 9.56E-0004.

365. Detonation velocity, m/s: 7332.

366. Particle velocity, m/s: 1707.

367. Detonation pressure, GPa: 19.78.

368. Detonation temperature, K: 3629.

369. Specific volume, cc/g: 0.486.

370. Heat of detonation (Qv), kJ/kg: 5441 Volume of gases (n.c), mA3/kg: 0.644.

371. Explosive: DINA/TNT:35/65 Formula: C25.86H25.97N14.42 028.83 Oxygen balance: -57.4% Nitrogen content: 20.2% Density, g/cc: 1.550.

372. Enthalpy of formation, kJ/mol: -656.219.

373. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.89E+0000 1.38E+0000 1.06E+0001 6.29E+0000 1.31E+0000.

374. CGR NH3 CH4 NO 3.62E-0006 1.17E+0001 6.41E-0001 2.21E+0000 1.02E-0003.

375. Detonation velocity, m/s: 7255 Particle velocity, m/s: 1702 Detonation pressure, GPa: 19.14 Detonation temperature, K: 3649 Specific volume, cc/g: 0.494.

376. Heat of detonation (Qv), kJ/kg: 5448 Volume of gases (n.c), mA3/kg: 0.656 Polytropic exponent: 3.26.

377. Explosive: DINA/TNT:35/65 Formula: C25.86H25.97N14.42 028.83 Oxygen balance: -57.4% Nitrogen content: 20.2% Density, g/cc: 1.570.

378. Enthalpy of formation, kJ/mol: -656.219.

379. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.89E+0000 1.26E+0000 1.06E+0001 6.40E+0000 1.24E+0000.

380. CGR NH3 CH4 NO 3.50E-0006 1.18E+0001 6.49E-0001 2.19E+0000 9.99E-0004.

381. Detonation velocity, m/s: 7336 Particle velocity, m/s: 1715 Detonation pressure, GPa: 19.75.

382. Detonation temperature, K: 3641 Specific volume, cc/g: 0.488.

383. Heat of detonation (Qv), kJ/kg: 5461 Volume of gases (n.c), mA3/kg: 0.654 Polytropic exponent: 3.28.

384. Explosive: DINA/TNT:35/65 Formula: C25.86H25.97N 14.42 028.83 Oxygen balance: -57.4% Nitrogen content: 20.2% Density, g/cc: 1.510.

385. Enthalpy of formation, kJ/mol: -656.219.

386. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.90E+0000 1.63E+0000 1.06E+0001 6.08E+0000 1.45E+0000.

387. CGR NH3 CH4 NO 3.87E-0006 1.14E+0001 6.25E-0001 2.26E+0000 1.08E-0003 Detonation velocity, m/s: 7095 Particle velocity, m/s: 1682 Detonation pressure, GPa: 18.02 Detonation temperature, K: 3664 Specific volume, cc/g: 0.505.

388. Heat of detonation (Qv), kJ/kg: 5419 Volume of gases (n.c), mA3/kg: 0.661 Polytropic exponent: 3.22.

389. Explosive: DINA/TNT:35/65 Formula: C25.86H25.97N14.42 028.83 Oxygen balance: -57.4% Nitrogen content: 20.2% Density, g/cc: 1.560.

390. Enthalpy of formation, kJ/mol: -656.219.

391. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.89E+0000 1.32E+0000 1.06E+0001 6.34E+0000 1.27E+0000.

392. CGR NH3 CH4 NO 3.56E-0006 1.18E+0001 6.45E-0001 2.20E+0000 1.01E-0003 Detonation velocity, m/s: 7296 Particle velocity, m/s: 1708 Detonation pressure, GPa: 19.44.

393. Detonation temperature, K: 3645 Specific volume, cc/g: 0.491.

394. Heat of detonation (Qv), kJ/kg: 5455 Volume of gases (n.c), mA3/kg: 0.655 Polytropic exponent: 3.27.

395. Explosive: DINA/TNT:40/60 Formula: C25.15H26.53N14.59 029.18 Oxygen balance: -55.0% Nitrogen content: 20.4% Density, g/cc: 1.550.

396. Enthalpy of formation, kJ/mol: -710.491.

397. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.96E+0000 1.36E+0000 1.07E+0001 6.43E+0000 1.31E+0000.

398. CGR NH3 CH4 NO 3.81E-0006 1.08E+0001 6.59E-0001 2.27E+0000 1.07E-0003.

399. Detonation velocity, m/s: 7301 Particle velocity, m/s: 1721 Detonation pressure, GPa: 19.48 Detonation temperature, K: 3660 Specific volume, cc/g: 0.493.

400. Heat of detonation (Qv), kJ/kg: 5476 Volume of gases (n.c), mA3/kg: 0.665 Polytropic exponent: 3.24.

401. Explosive: DINA/TNT:40/60 Formula: C25.15H26.53N14.59 029.18 Oxygen balance: -55.0% Nitrogen content: 20.4% Density, g/cc: 1.610.

402. Enthalpy of formation, kJ/mol: -710.491.

403. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 6.95E+0000 1.04E+0000 1.07E+0001 6.76E+0000 1.10E+2 C GR NH3 CH4 NO3.40Е-0006 1.12Е+0001 6.80Е-0001 2.19Е+0000 9.77Е-0004.

404. Detonation velocity, m/s: 7545.

405. Particle velocity, m/s: 1758.

406. Detonation pressure, GPa: 21.36.

407. Detonation temperature, K: 3634.

408. Specific volume, cc/g: 0.476.

409. Heat of detonation (Qv), kJ/kg: 5513.

410. Volume of gases (n.c), mA3/kg: 0.6591. Polytropic exponent: 3.29.

411. Explosive: DINA/TNT:45/55 Formula: C24.45H27.10N14.76 029.52 Oxygen balance: -52.7% Nitrogen content: 20.7% Density, g/cc: 1.620.

412. Enthalpy of formation, kJ/mol: -764.764.

413. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 7.03E+0000 9.76E-0001 1.08E+0001 6.96E+0000 1.07E+0000.

414. CGR NH3 CH4 NO 3.45E-0006 1.04E+0001 7.01E-0001 2.23E+0000 9.87E-0004 Detonation velocity, m/s: 7629 Particle velocity, m/s: 1780 Detonation pressure, GPa: 22.00 Detonation temperature, K: 3636 Specific volume, cc/g: 0.473.

415. Heat of detonation (Qv), kJ/kg: 5545 Volume of gases (n.c), mA3/kg: 0.667 Polytropic exponent: 3.29.

416. Результаты расчета параметров детонации составов ДНТ-тэн при рСр

417. Explosive: 24-DNT/PETN:90/10.

418. Formula: C36.17H32.18N11.15 023.56.

419. Oxygen balance: -103.8% Nitrogen content: 15.6%1. Density, g/cc: 1.510.

420. Enthalpy of formation, kJ/mol: -511.533.

421. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 5.22E+0000 7.37E-0001 7.62E+0000 7.59E+0000 1.29E+0000.

422. CGR NH3 CH4 NO 0.00E+0000 2.48E+0001 7.18E-0001 3.07E+0000 8.46E-0005.

423. Detonation velocity, m/s: 6608 Particle velocity, m/s: 1434 Detonation pressure, GPa: 14.30 Detonation temperature, K: 2984 Specific volume, cc/g: 0.519.

424. Heat of detonation (Qv), kJ/kg: 4729 Volume of gases (n.c), mA3/kg: 0.588 Polytropic exponent: 3.61.

425. Explosive: 24-DNT/PETN:87/13.

426. Formula: C35.49H31.95N11.20 024.04.

427. Oxygen balance: -100.7% Nitrogen content: 15.7%1. Density, g/cc: 1.510.

428. Enthalpy of formation, kJ/mol: -552.660.

429. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 5.24E+0000 7.81E-0001 7.85E+0000 7.55E+0000 1.31E+0000.

430. CGR NH3 CH4 NO 0.00E+0000 2.38E+0001 7.11E-0001 3.02E+0000 9.98E-0005.

431. Detonation velocity, m/s: 6638 Particle velocity, m/s: 1447 Detonation pressure, GPa: 14.51 Detonation temperature, K: 3020 Specific volume, cc/g: 0.518.

432. Heat of detonation (Qv), kJ/kg: 4774 Volume of gases (n.c), mA3/kg: 0.593 Polytropic exponent: 3.59.

433. Explosive: 24-DNT/PETN:85/15 Formula: C35.04H31.80N11.23 024.36 Oxygen balance: -98.6% Nitrogen content: 15.7% Density, g/cc: 1.510.

434. Enthalpy of formation, kJ/mol: -580.078.

435. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 5.26E+0000 8.00E-0001 8.01E+0000 7.54E+0000 1.31E+0000.

436. CGR NH3 CH4 NO O. OOE+OOOO 2.32E+0001 7.09E-0001 2.99E+0000 1.13E-0004 Detonation velocity, m/s: 6658 Particle velocity, m/s: 1469 Detonation pressure, GPa: 14.77 Detonation temperature, K: 3050 Specific volume, cc/g: 0.516.

437. Heat of detonation (Qv), kJ/kg: 4806 Volume of gases (n.c), mA3/kg: 0.596 Polytropic exponent: 3.53.

438. Explosive: 24-DNT/PETN:80/20 Formula: C33.91H31.4IN 11.32 025.16 Oxygen balance: -93.4% Nitrogen content: 15.9% Density, g/cc: 1.510.

439. Enthalpy of formation, kJ/mol: -648.623.

440. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 5.31E+0000 8.85E-0001 8.41E+0000 7.46E+0000 1.34E+0000.

441. CGR NH3 CH4 NO 2.73E-0007 2.17E+0001 6.96E-0001 2.93E+0000 1.46E-0004 Detonation velocity, m/s: 6710 Particle velocity, m/s: 1483 Detonation pressure, GPa: 15.03 Detonation temperature, K: 3108 Specific volume, cc/g: 0.516.

442. Heat of detonation (Qv), kJ/kg: 4879 Volume of gases (n.c), mA3/kg: 0.606 Polytropic exponent: 3.52.

443. Explosive: 24-DNT/PETN:75/25 Formula: C32.78H31.03N11.40 025.96 Oxygen balance: -88.2% Nitrogen content: 16.0% Density, g/cc: 1.520.

444. Enthalpy of formation, kJ/mol: -717.168.

445. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 5.35E+0000 9.19E-0001 8.79E+0000 7.45E+0000 1.33E+0000.

446. CGR NH3 CH4 NO 3.87E-0007 2.02E+0001 6.91E-0001 2.85E+0000 1.87E-0004.

447. Detonation velocity, m/s: 6807 Particle velocity, m/s: 1513 Detonation pressure, GPa: 15.65 Detonation temperature, K: 3170 Specific volume, cc/g: 0.512.

448. Heat of detonation (Qv), kJ/kg: 4959 Volume of gases (n.c), mA3/kg: 0.613 Polytropic exponent: 3.50.

449. Explosive: 24-DNT/PETN:70/30 Formula: C31.65H30.65N11.48 026.76 Oxygen balance: -83.0% Nitrogen content: 16.1% Density, g/cc: 1.540.

450. Enthalpy of formation, kJ/mol: -785.712.

451. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 5.39E+0000 9.06E-0001 9.17E+0000 7.51E+0000 1.27E+0000.

452. CGR NH3 CH4 NO 5.36E-0007 1.88E+0001 6.91E-0001 2.76E+0000 2.35E-0004.

453. Detonation velocity, m/s: 6946 Particle velocity, m/s: 1552 Detonation pressure, GPa: 16.60 Detonation temperature, K: 3230 Specific volume, cc/g: 0.504.

454. Heat of detonation (Qv), kJ/kg: 5045 Volume of gases (n.c), mA3/kg: 0.620 Polytropic exponent: 3.47.

455. Formula: C30.52H30.27N11.57 027.56 Oxygen balance: -77.8% Nitrogen content: 16.2% Density, g/cc: 1.540.

456. Enthalpy of formation, kJ/mol: -854.257.

457. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 5.45E+0000 9.85E-0001 9.58E+0000 7.42E+0000 1.29E+0000.

458. CGR NH3 CH4 NO 7.62E-0007 1.73E+0001 6.80E-0001 2.70E+0000 3.02E-0004 Detonation velocity, m/s: 6996 Particle velocity, m/s: 1579 Detonation pressure, GPa: 17.01 Detonation temperature, K: 3296 Specific volume, cc/g: 0.503.

459. Heat of detonation (Qv), kJ/kg: 5120 Volume of gases (n.c), mA3/kg: 0.629 Polytropic exponent: 3.43.

460. Explosive: 24-DNT/PETN:60/40 Formula: C29.39H29.89N11.65 028.36 Oxygen balance: -72.6% Nitrogen content: 16.3% Density, g/cc: 1.550.

461. Enthalpy of formation, kJ/mol: -922.802.

462. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 5.49E+0000 1.02E+0000 9.97E+0000 7.40E+0000 1.28E+0000.

463. CGR NH3 CH4 NO 1.06E-0006 1.58E+0001 6.72E-0001 2.63E+0000 3.80E-0004 Detonation velocity, m/s: 7089 Particle velocity, m/s: 1610 Detonation pressure, GPa: 17.69 Detonation temperature, K: 3360 Specific volume, cc/g: 0.499.

464. Heat of detonation (Qv), kJ/kg: 5200 Volume of gases (n.c), mA3/kg: 0.638 Polytropic exponent: 3.40.

465. Formula: C28.26H29.5 IN 11.73 029.16 Oxygen balance: -67.4% Nitrogen content: 16.4% Density, g/cc: 1.550.

466. Enthalpy of formation, kJ/mol: -991.347.

467. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 5.53E+0000 1.11E+0000 1.04E+0001 7.30E+0000 1.30E+0000.

468. CGR NH3 CH4 NO 1.48E-0006 1.42E+0001 6.61E-0001 2.58E+0000 4.83E-0004.

469. Detonation velocity, m/s: 7138 Particle velocity, m/s: 1637 Detonation pressure, GPa: 18.11 Detonation temperature, K: 3429 Specific volume, cc/g: 0.497.

470. Heat of detonation (Qv), kJ/kg: 5274 Volume of gases (n.c), mA3/kg: 0.647 Polytropic exponent: 3.36.

471. Explosive: 24-DNT/PETN:50/50 Formula: C27.12H29.12N11.82 029.96 Oxygen balance: -62.1% Nitrogen content: 16.6% Density, g/cc: 1.540.

472. Enthalpy of formation, kJ/mol: -1059.891.

473. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 5.59E+0000 1.26E+0000 1.08E+0001 7.14E+0000 1.36E+0000.

474. CGR NH3 CH4 NO 2.09E-0006 1.25E+0001 6.46E-0001 2.55E+6.18E-0004.

475. Detonation velocity, m/s: 7146.

476. Particle velocity, m/s: 1657.

477. Detonation pressure, GPa: 18.24.

478. Detonation temperature, K: 3502.

479. Specific volume, cc/g: 0.499.

480. Volume of gases (n.c), mA3/kg: 0.657 Polytropic exponent: 3.31.

481. Explosive: 24-DNT/PETN:40/60 Formula: C24.86H28.36N11.98 031.56 Oxygen balance: -51.7% Nitrogen content: 16.8% Density, g/cc: 1.620.

482. Enthalpy of formation, kJ/mol: -1196.981.

483. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 5.66E+0000 1.02E+0000 1.16E+0001 7.39E+0000 1.12E+0000.

484. CGR NH3 CH4 NO 3.40E-0006 9.92E+0000 6.51E-0001 2.35E+0000 8.64E-0004 Detonation velocity, m/s: 7572 Particle velocity, m/s: 1759 Detonation pressure, GPa: 21.58 Detonation temperature, K: 3613 Specific volume, cc/g: 0.474.

485. Heat of detonation (Qv), kJ/kg: 5536 Volume of gases (n.c), mA3/kg: 0.667 Polytropic exponent: 3.30.

486. Explosive: 24-DNT/PETN:30/70 Formula: C22.60H27.60N12.15 033.16 Oxygen balance:-41.3% Nitrogen content: 17.0% Density, g/cc: 1.610.

487. Enthalpy of formation, kJ/mol: -1334.071.

488. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 5.76E+0000 1.26E+0000 1.24E+0001 7.09E+0000 1.19E+0000.

489. CGR NH3 CH4 NO 6.35E-0006 6.65E+0000 6.24E-0001 2.29E+0000 1.35E-0003.

490. Detonation velocity, m/s: 7623.

491. Particle velocity, m/s: 1805.

492. Detonation pressure, GPa: 22.15 Detonation temperature, K: 3764.

493. Specific volume, cc/g: 0.474.

494. Volume of gases (n.c), mA3/kg: 0.686 Polytropic exponent: 3.22.

495. Параметры детонации смесей парафин-октоген при1. Pep1. Explosive: HMX/PAR:80/20.

496. Formula: C24.96H51.34N21.61 021.61.

497. Oxygen balance: -86.4% Nitrogen content: 30.3%1. Density, g/cc: 1.490.

498. Enthalpy of formation, kJ/mol: -204.390.

499. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 9.89E+0000 1.87E-0001 4.96E+0000 1.15E+0001 9.58E-0001.

500. CGR NH3 CH4 NO 0.00E+0000 1.46E+0001 1.84E+0000 5.22E+0000 4.79E-0005.

501. Detonation velocity, m/s: 7736 Particle velocity, m/s: 1767 Detonation pressure, GPa: 20.36 Detonation temperature, K: 2838 Specific volume, cc/g: 0.518.

502. Heat of detonation (Qv), kJ/kg: 5110 Volume of gases (n.c), mA3/kg: 0.774 Polytropic exponent: 3.381. Explosive: HMX/PAR:75/25.

503. Formula: C27.83H57.42N20.26 020.26.

504. Oxygen balance: -102.6% Nitrogen content: 28.4%1. Density, g/cc: 1.430.

505. Enthalpy of formation, kJ/mol: -318.815.

506. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 9.13E+0000 1.45E-0001 3.99E+0000 1.21E+0001 1.02E+2 CGR NH3 CH4 NO.

507. O. OOE+OOOO 1.74E+0001 2.00E+0000 6.28E+0000 1.57E-0005 Detonation velocity, m/s: 7454 Particle velocity, m/s: 1675 Detonation pressure, GPa: 17.85 Detonation temperature, K: 2634 Specific volume, cc/g: 0.542.

508. Heat of detonation (Qv), kJ/kg: 4848 Volume of gases (n.c), mA3/kg: 0.777 Polytropic exponent: 3.451. Explosive: HMX/PAR:70/30.

509. Formula: C30.69H63.50N18.91 018.91.

510. Oxygen balance: -118.7% Nitrogen content: 26.5%1. Density, g/cc: 1.360.

511. Enthalpy of formation, kJ/mol: -433.240.

512. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 8.41E+0000 1.23E-0001 3.22E+0000 1.23E+0001 1.13E+0000.

513. CGR NH3 CH4 NO 0.00E+0000 1.98E+0001 2.09E+0000 7.57E+0000 4.90E-0006 Detonation velocity, m/s: 7103 Particle velocity, m/s: 1572 Detonation pressure, GPa: 15.19 Detonation temperature, K: 2450 Specific volume, cc/g: 0.573.

514. Heat of detonation (Qv), kJ/kg: 4580 Volume of gases (n.c), mA3/kg: 0.781 Polytropic exponent: 3.521. Explosive: HMX/PAR:65/35.

515. Formula: C33.55H69.58N17.56 017.56.

516. Oxygen balance: -134.9% Nitrogen content: 24.6%1. Density, g/cc: 1.270.

517. Enthalpy of formation, kJ/mol: -547.666.

518. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 7.76E+0000 1.27E-0001 2.71E+0000 1.20E+0001 1.35E+0000 02 C GR NH3 CH4 NO.

519. O. OOE+OOOO 2.15E+0001 2.03E+0000 9.19E+0000 1.52E-0006.

520. Detonation velocity, m/s: 6623 Particle velocity, m/s: 1455 Detonation pressure, GPa: 12.23 Detonation temperature, K: 2286 Specific volume, cc/g: 0.614.

521. Heat of detonation (Qv), kJ/kg: 4304 Volume of gases (n.c), mA3/kg: 0.788 Polytropic exponent: 3.551. Explosive: HMX/PAR:60/40.

522. Formula: C36.42H75.66N16.21 016.21.

523. Oxygen balance: -151.1% Nitrogen content: 22.7%1. Density, g/cc: 1.250.

524. Enthalpy of formation, kJ/mol: -662.091.

525. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 7.03E+0000 6.86E-0002 1.94E+0000 1.23E+0001 1.16E+0000.

526. CGR NH3 CH4 NO 0.00E+0000 2.38E+0001 2.16E+0000 1.06E+0001 0.00E+0000.

527. Detonation velocity, m/s: 6525 Particle velocity, m/s: 1404 Detonation pressure, GPa: 11.46 Detonation temperature, K: 2109 Specific volume, cc/g: 0.628.

528. Heat of detonation (Qv), kJ/kg: 4050 Volume of gases (n.c), mA3/kg: 0.789 Polytropic exponent: 3.651. Explosive: HMX/PAR:55/45.

529. Formula: C39.28H81.75N14.86 014.86.

530. Oxygen balance: -167.3% Nitrogen content: 20.8%1. Density, g/cc: 1.180.

531. Enthalpy of formation, kJ/mol: -776.516.

532. Equilibrium products composition (mol/kg).

533. N2 CO C02 H20 H2 6.42E+0000 5.96E-0002 1.56E+0000 1.17E+0001 1.24E+0000.

534. CGR NH3 CH4 NO 0.00E+0000 2.52E+0001 2.02E+0000 1.25E+0001 0.00E+0000 Detonation velocity, m/s: 6133 Particle velocity, m/s: 1311 Detonation pressure, GPa: 9.48 Detonation temperature, K: 1961 Specific volume, cc/g: 0.666.

535. Heat of detonation (Qv), kJ/kg: 3779 Volume of gases (n.c), mA3/kg: 0.794 Polytropic exponent: 3.681. Explosive: HMX/PAR:50/50.

536. Formula: C42.14H87.83N13.51 013.51.

537. Oxygen balance: -183.5% Nitrogen content: 18.9%1. Density, g/cc: 1.160.

538. Enthalpy of formation, kJ/mol: -890.942.

539. Equilibrium products composition (mol/kg) N2 CO C02 H20 H2 5.72E+0000 2.93E-0002 1.04E+0000 1.14E+0001 1.02E+0000.

540. CGR NH3 CH4 NO 0.00E+0000 2.69E+0001 2.07E+0000 1.42E+0001 0.00E+0000 Detonation velocity, m/s: 6037 Particle velocity, m/s: 1263 Detonation pressure, GPa: 8.85 Detonation temperature, K: 1807 Specific volume, cc/g: 0.682.

541. Heat of detonation (Qv), kJ/kg: 3520 Volume of gases (n.c), mA3/kg: 0.795 Polytropic exponent: 3.78.