R. Meyer J. Köhler A. Homburg Explosives

327 Thermodynamic Calculation of Decomposition Reactions
nitrocellulose, 12.0% N – 658.4 – 2755 – 636.5 – 2663 22.74 29.33 36.08 8.57 (4)
nitrocellulose, 11.5% N – 689.6 – 2885 – 667.4 – 2793 23.33 30.68 35.86 8.21 (4)
nitrocellulose, 11.0% N – 720.7 – 3015 – 698.4 – 2922 23.94 32.17 35.65 7.84 (4)
nitrodiphenylamine C12H10O2N2 + 88.13 + 369 + 107.5 + 450 56.01 46.68 9.34 9.34 (4)
nitroglycerine C3H5O9N3 – 392.0 – 1633 – 369.7 – 1540 13.21 22.02 39.62 13.21 (2); (4)
nitroglycol C2H4O6N2 – 381.6 – 1596 – 358.2 – 1499 13.15 26.30 39.45 13.15 (2)
nitroguanidine (picrite) CH4O2N4 – 213.3 – 893.0 – 184.9 – 773 9.61 38.42 19.21 38.42 (4)
nitromethane CH3O2N – 442.8 – 1853 – 413.7 – 1731 16.39 49.17 32.70 16.39
Nitrotriazolone (NTO) C2H2N4O3 – 185.14 – 774.60 – 164.69 – 689.10 15.37 15.37 23.06 30.75 (2)
nitrourea CH3O3N3 – 642.5 – 2688 – 617.2 – 2582 9.52 28.55 28.55 28.55
Octogen (HMX) C4H8O8N8 + 60.5 + 253.3 + 84.5 + 353.6 13.50 27.01 27.01 27.01 (2)
paraffin (solid) – 540 – 2261 – 500 – 2094 71.0 148 – – (6)
PETN (Nitropenta) C5H8O12N4 – 407.4 – 1705 – 385.0 – 1611 15.81 25.30 37.95 12.65 (2)
petroleum – 440 – 1842 – 400 – 1675 70.5 140 – – (6)
picric acid C6H3O7N3 – 259.3 – 1085 – 242.4 – 1015 26.20 13.10 30.55 13.10 (2)
polybutadiene,
(C4H6)100C2H2O4 – 140 – 586 – 107 – 448 73.10 109.65 0.73 – (6); (10)
carboxy terminated
polyisobutylene (CH2)n – 374 – 1570 – 331 – 1386 71.29 142.58 – – (10)
polypropyleneglycol (C3H5O)nH2O – 888.1 – 3718 – 852.9 – 3571 51.19 103.37 17.56 – (11)
polyvinyl nitrate (C2H3O3N)n – 275.4 – 1152 – 252.1 – 1055 22.46 33.68 33.68 11.23 (4)
(values
for %
N=
15.73)
potassium nitrate O3NK –1169 – 4891 –1157 – 4841 – –29.67 9.89 K:
9.89 (5); (16)
n-propyl nitrate C3H7O3N – 487.8 – 2041 – 436.8 – 1911 28.55 66.63 28.55 9.52 (4)
sodium hydrogen
CHO3Na –2705 –11318 –2691 –11259 11.90 11.90 35.71 – Na:
carbonate
11.90 (15)