含能材料
含能材料
함능재료
ENERGETIC MATERIALS
2004年
6期
381-384
,共4页
汪旭光%沈立晋%SHEN Li-jin%WANG Xu-guang
汪旭光%瀋立晉%SHEN Li-jin%WANG Xu-guang
왕욱광%침립진%SHEN Li-jin%WANG Xu-guang
无机化学%硝酸铵%非爆炸性%不可还原性%钝化剂%综述
無機化學%硝痠銨%非爆炸性%不可還原性%鈍化劑%綜述
무궤화학%초산안%비폭작성%불가환원성%둔화제%종술
inorganic chemistry%ammonium uitrate (AN)%non-explosivity%irrestorability%desensitizing additives%review
综述了非爆炸且不可还原硝酸铵的研究现状,提出了钝化硝酸铵的要求并介绍了硝酸铵的热分解机理.同时,对如何选择钝化剂以及钝化后的硝酸铵的爆炸性测试提出了见解.
綜述瞭非爆炸且不可還原硝痠銨的研究現狀,提齣瞭鈍化硝痠銨的要求併介紹瞭硝痠銨的熱分解機理.同時,對如何選擇鈍化劑以及鈍化後的硝痠銨的爆炸性測試提齣瞭見解.
종술료비폭작차불가환원초산안적연구현상,제출료둔화초산안적요구병개소료초산안적열분해궤리.동시,대여하선택둔화제이급둔화후적초산안적폭작성측시제출료견해.
The criteria for an ideal desensitizing AN and thermal decomposition mechanism of AN are introduced. At the same time, some viewpoints on the selection of desensitizing additives and testing for detonability of desensitized AN mixtures are presented.
