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Open AccessReport10.2172/6773486

HMX/TATB/binder development

T.L. Stallings,A.G. Osborn,C.L. Schaffer,J Crutchmer-1981-05-01
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TL;DRAbstract

The processing and sensitivity characteristics of three HMX/TATB/Binder formulations were investigated. Viton A, Kraton G 1650, and Estane 5702-F1 binders were studied. The thermal stabilities of these compositions are near those of HMX/binder formulations, whereas impact, skid and friction sensitivity levels are less than HMX compositions, but greater than those of TATB/binder systems.

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The processing and sensitivity characteristics of three HMX/TATB/Binder formulations were investigated. Viton A, Kraton G 1650, and Estane 5702-F1 binders were studied. The thermal stabilities of these compositions are near those of HMX/binder formulations, whereas impact, skid and friction sensitivity levels are less than HMX compositions, but greater than those of TATB/binder systems.

Keywords

TATBMaterials scienceComposite materialCompactionSensitivity (control systems)ChemistryOrganic chemistryExplosive material

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