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The Chemistry of Powder and Explosives - Sciencemadness Dot Org

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HEXANITRODIPHENYL SULFONE 187<br />

pounds per square inch, density 1.56; at 15,000 pounds per square<br />

inch, density 1.59; <strong>and</strong> at 20,000 pounds per square inch, density<br />

1.60. <strong>The</strong> pellets which showed the best homogeneity <strong>and</strong> the<br />

least tendency to crumble were those <strong>of</strong> density 1.56.<br />

Hexanitrodiphenyl Sulfide<br />

NO, NO,<br />

•NO,<br />

to* NO,<br />

Hexanitrodiphenyl sulfide (picryl sulfide) is formed by the<br />

interaction <strong>of</strong> picryl chloride <strong>and</strong> sodium thiosulfate in alcohol<br />

solution in the presence <strong>of</strong> magnesium carbonate. 113 It is sparingly<br />

soluble in alcohol <strong>and</strong> ether, more readily in glacial acetic acid<br />

<strong>and</strong> acetone, golden-yellow leaflets from alcohol-acetone, m.p.<br />

234°. It does not stain the fingers yellow <strong>and</strong> is said to be nonpoisonous.<br />

Its explosive properties are comparable to those <strong>of</strong><br />

hexanitrodiphenylamine. Its use in reinforced detonators has<br />

been suggested, <strong>and</strong> the fact that its explosion produces sulfur<br />

dioxide has commended it 116 for use in projectiles intended to<br />

make closed spaces, such as casemates, holds <strong>of</strong> ships, etc., untenable.<br />

During the first World War the Germans used drop<br />

bombs loaded with a mixture <strong>of</strong> equal parts <strong>of</strong> TNT <strong>and</strong> hexanitrodiphenyl<br />

sulfide. 117<br />

Hexanitrodiphenyl Sulfone<br />

N ^~<br />

NO2<br />

NO,<br />

NO, NO,<br />

<strong>The</strong> action <strong>of</strong> nitric acid on hexanitrodiphenyl sulfide yields a<br />

substance, faintly yellowish crystals, m.p. 307°, which Stettbacher<br />

believes to be the sulfone, not the peroxide as the patent 118<br />

states, for the reason that it is stable at elevated temperatures<br />

115<br />

Ger. Pat. 275,037 (1912); Brit. Pat. 18,353 (1913).<br />

116<br />

Brit. Pat. 18,354 (1913).<br />

117<br />

Alfred Stettbacher, "Die Schiesa- und Sprengst<strong>of</strong>fe," Leipzig, 1919,<br />

p. 206.<br />

118<br />

Ger. Pat. 269,826 (1913).

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