山西化工
山西化工
산서화공
SHANXI CHEMICAL INDUSTRY
2012年
2期
14-15,43
,共3页
宋本营%王保国%陈亚芳
宋本營%王保國%陳亞芳
송본영%왕보국%진아방
超细混合炸药%制备工艺%撞击感度%摩擦感度
超細混閤炸藥%製備工藝%撞擊感度%摩抆感度
초세혼합작약%제비공예%당격감도%마찰감도
ultrailne mixed explosives%preparation technology%impact sensitivity%friction sensitivity
以超细RDX为主体炸药，通过添加Al粉，干法工艺制备出超细RDX／Al混合炸药；对制得的样品进行了撞击感度、摩擦感度测试。实验结果表明，相对超细RDX，超细RDX／Al混合炸药的撞击感度和摩擦感度有一定程度的降低。
以超細RDX為主體炸藥，通過添加Al粉，榦法工藝製備齣超細RDX／Al混閤炸藥；對製得的樣品進行瞭撞擊感度、摩抆感度測試。實驗結果錶明，相對超細RDX，超細RDX／Al混閤炸藥的撞擊感度和摩抆感度有一定程度的降低。
이초세RDX위주체작약，통과첨가Al분，간법공예제비출초세RDX／Al혼합작약；대제득적양품진행료당격감도、마찰감도측시。실험결과표명，상대초세RDX，초세RDX／Al혼합작약적당격감도화마찰감도유일정정도적강저。
To improve the security of RDX, ultrafine RDX/Al mixture of explosives using ultra-fine RDX as the main explosive by adding Al powder were prepared by dry process, the impact sensitivity and friction sensitivity of the obtained samples were tested. Experimental results showed that the impact sensitivity and friction sensitivity of ultrafine RDX/Al mixture explosive with ultratine RDX tend to reduce in a degree.
