R. Meyer J. Köhler A. Homburg Explosives

325 Thermodynamic Calculation of Decomposition Reactions
calcium nitrate O6N2Ca –1367 – 5718 –1352 – 5657 – – 36.56 12.19 Ca:
6.09 (5); (17)
calcium stearate C36H70O4Ca –1092 – 4567 –1055 – 4416 59.30 115.31 6.59 – Ca:
1.65 (6); (14)
camphor C10H16O – 513 – 2146 – 480 – 2008 65.69 105.10 6.57 – (8)
Centralite I C17H20ON2 – 93.5 – 391.5 – 68.2 – 285.6 63.34 74.52 3.73 7.45 (7); (8)
Centralite II C15H16ON2 – 60.8 – 254 – 37.3 – 156 62.42 66.58 4.16 8.32 (7); (8)
Centralite III C16H18ON2 – 119.1 – 499 – 94.7 – 396 62.90 70.76 3.93 7.86 (7); (8)
coal (pit coal dust) – 16 – 67 0 0 72.08 49.90 5.24 – (6)
diamyl phthalate C18H26O4 – 721 – 3017 – 692 – 2895 58.75 84.85 13.06 – (8)
dibutyl phthalate C18H22O4 – 723 – 3027 – 696 – 1913 57.47 79.02 14.37 – (8)
diethyleneglycol
C4H8O7N2 – 532 – 2227 – 507 – 2120 20.40 40.79 35.69 10.20 (4)
dinitrate
dimethylhydrazine C2H8N2 + 198 + 828 + 247 + 1035 33.28 133.11 – 33.28 (4)
2.4-dinitrotoluene C7H8O4N2 – 89.5 – 374.5 – 70.0 – 292.8 38.43 32.94 21.96 10.98 (4); (6)
2.6-dinitrotoluene – 57.7 – 241.2 – 38.1 – 159.5 (4); (6)
diphenylamine C12H11N + 183.6 + 768.2 + 204.6 + 856.0 70.92 65.01 – 5.91 (7)
diphenylurethane C15H15O2N – 278.1 – 1164 – 256.0 – 1071 62.16 62.16 8.29 4.14 (7); (8)
Ethriol trinitrate C5H11O9N3 – 426 – 1783 – 401 – 1678 22.30 40.88 33.44 11.15 (4)
ethylenediamine
C2H10O6N4 – 839.2 – 3511 – 807.4 – 3378 10.75 53.73 32.24 21.49 (2)
dinitrate
ferrocene C10H10Fe + 199 + 833 + 215 + 899 53.76 53.76 – – Fe:
glycidyl azide polymer C3H5ON3 + 340,1 + 1423 + 366,9 + 1535 30,28 50,46 10,09 30,28 (4); (10)
5.38 (9)
glycol C2H6O2 –1752 – 7336 –1714 – 7177 32.22 96.66 32.22 – (6)
guanidine nitrate CH6O3N4 – 758 – 3170 – 726.1 – 3038 8.19 49.14 24.57 32.76 (4)
guar gum –1671 – 7000 –1648 – 6900 37.26 55.89 31.05 – (13)
hexanitrodiphenylamine C12H5O12N7 + 22.5 + 94.3 + 38.7 + 162 27.32 11.38 27.32 15.94 (2)