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The Chemistry of Powder and Explosives - Sciencemadness Dot Org

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152 AROMATIC NITRO COMPOUNDS<br />

sunlight 36 in open tubes, it undergoes a slow decomposition with<br />

a consequent lowering <strong>of</strong> the melting point. Exposure to sunlight<br />

in a vacuum in a sealed tube has much less effect. Verola 37 has<br />

found that TNT shows no perceptible decomposition at 150°, but<br />

that it evolves gas slowly <strong>and</strong> regularly at 180°. At ordinary<br />

temperatures, <strong>and</strong> even at the temperatures <strong>of</strong> the tropics, it is<br />

stable in light-pro<strong>of</strong> <strong>and</strong> air-tight containers—as are in general<br />

all the aromatic nitro explosives—<strong>and</strong> it does not require the<br />

same surveillance in storage that nitrocellulose <strong>and</strong> smokeless<br />

powder do.<br />

<strong>The</strong> solubility 38 <strong>of</strong> trinitrotoluene in various solvents is tabulated<br />

below.<br />

Temp.<br />

0°<br />

5°<br />

10°<br />

15°<br />

20°<br />

25°<br />

30°<br />

35°<br />

40°<br />

45°<br />

50°<br />

55°<br />

60°<br />

65°<br />

70°<br />

75'<br />

80°<br />

85°<br />

90°<br />

95°<br />

100°<br />

Water<br />

0.0100<br />

0.0105<br />

0.0110<br />

0.0120<br />

0.0130<br />

0.0150<br />

0.0175<br />

0.0225<br />

0.0285<br />

0.0360<br />

0.0475<br />

0.0570<br />

0.0675<br />

0.0775<br />

0.0875<br />

0.0975<br />

0.1075<br />

0.1175<br />

0.1275<br />

0.1375<br />

0.1475<br />

SOLUBILITY OP TRINITROTOLUENE<br />

(Grams per 100 grams <strong>of</strong> solvent)<br />

ecu<br />

0.20<br />

0.25<br />

0.40<br />

0.50<br />

0.65<br />

0.82<br />

1.01<br />

1.32<br />

1.75<br />

2.37<br />

3.23<br />

4.55<br />

6.90<br />

11.40<br />

17.35<br />

24.35<br />

Benzene<br />

13<br />

24<br />

36<br />

50<br />

67<br />

88<br />

113<br />

144<br />

180<br />

225<br />

284<br />

361<br />

478<br />

665<br />

1024<br />

2028<br />

Toluene<br />

28<br />

32<br />

38<br />

45<br />

55<br />

67<br />

84<br />

104<br />

130<br />

163<br />

208<br />

272<br />

367<br />

525<br />

826<br />

1685<br />

Acetone<br />

.57<br />

66<br />

78<br />

92<br />

109<br />

132<br />

156<br />

187<br />

228<br />

279<br />

346<br />

449<br />

600<br />

843<br />

1350<br />

2678<br />

95%<br />

Alcohol<br />

0.65<br />

0.75<br />

0.85<br />

1.07<br />

1.23<br />

1.48<br />

1.80<br />

2.27<br />

2.92<br />

3.70<br />

4.61<br />

6.08<br />

8.30<br />

11.40<br />

15.15<br />

19.50<br />

CHC13<br />

6<br />

8.5<br />

11<br />

15<br />

19<br />

25<br />

32.5<br />

45<br />

66<br />

101<br />

150<br />

218<br />

302<br />

442<br />

. . .<br />

Ether<br />

1.73<br />

2.08<br />

2.45<br />

2.85<br />

3.29<br />

3.80<br />

4.56<br />

• • •<br />

36<br />

Molinari <strong>and</strong> Quartieri, "Notizie sugli esplodenti in Italia," Milan.<br />

1913, p. 157.<br />

37<br />

Mem. poudres, 16, 40 (1911-1912).<br />

38<br />

Taylor <strong>and</strong> Rinkenbach, /. Am. Chem. Soc, 45, 44 (1923).

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