含能材料
含能材料
함능재료
ENERGETIC MATERIALS
2013年
5期
644-648
,共5页
刘进剑%刘祖亮%蔺向阳%成健%方东
劉進劍%劉祖亮%藺嚮暘%成健%方東
류진검%류조량%린향양%성건%방동
有机化学%吡啶氮氧化物%含能配合物%热分析%感度%催化性能
有機化學%吡啶氮氧化物%含能配閤物%熱分析%感度%催化性能
유궤화학%필정담양화물%함능배합물%열분석%감도%최화성능
organic chemistry%pyridine N-oxide%energetic complex%thermal analysis%sensitivity%catalytic property
用2,4,6-三氨基-3,5-二硝基吡啶-1-氧化物(TANPyO)作配体,合成了两种过渡金属[Ni(Ⅱ)和Cu(Ⅱ)]配合物,并用红外、元素分析、DSC、TG-DTG 进行了表征。研究了两种配合物对高氯酸铵(AP)热分解的影响。按 GJB772A -1997测试了TANPyO的感度。结果表明,配合物的热分解过程仅由1个剧烈放热峰组成,剩余残渣为金属氧化物。两种配合物使AP高温分解峰温度分别提前47.14℃和98.24℃,分解速度加快,放热量增加,显示这两种配合物对AP热分解有良好的催化效果。撞击落高为300 cm,摩擦感度和静电火花感度均为0,表明TANPyO是一种非常钝感的含能材料。
用2,4,6-三氨基-3,5-二硝基吡啶-1-氧化物(TANPyO)作配體,閤成瞭兩種過渡金屬[Ni(Ⅱ)和Cu(Ⅱ)]配閤物,併用紅外、元素分析、DSC、TG-DTG 進行瞭錶徵。研究瞭兩種配閤物對高氯痠銨(AP)熱分解的影響。按 GJB772A -1997測試瞭TANPyO的感度。結果錶明,配閤物的熱分解過程僅由1箇劇烈放熱峰組成,剩餘殘渣為金屬氧化物。兩種配閤物使AP高溫分解峰溫度分彆提前47.14℃和98.24℃,分解速度加快,放熱量增加,顯示這兩種配閤物對AP熱分解有良好的催化效果。撞擊落高為300 cm,摩抆感度和靜電火花感度均為0,錶明TANPyO是一種非常鈍感的含能材料。
용2,4,6-삼안기-3,5-이초기필정-1-양화물(TANPyO)작배체,합성료량충과도금속[Ni(Ⅱ)화Cu(Ⅱ)]배합물,병용홍외、원소분석、DSC、TG-DTG 진행료표정。연구료량충배합물대고록산안(AP)열분해적영향。안 GJB772A -1997측시료TANPyO적감도。결과표명,배합물적열분해과정부유1개극렬방열봉조성,잉여잔사위금속양화물。량충배합물사AP고온분해봉온도분별제전47.14℃화98.24℃,분해속도가쾌,방열량증가,현시저량충배합물대AP열분해유량호적최화효과。당격락고위300 cm,마찰감도화정전화화감도균위0,표명TANPyO시일충비상둔감적함능재료。
Two transition metal (Ni(Ⅱ) and Cu(Ⅱ)) complexes were synthesized using 2, 4, 6-triamino-3, 5-dinitropyridine-1-oxide ( TANPyO) as ligand and characterized by FT-IR spectroscopy, elemental analysis, DSC and TG-DTG.Effects of the two complexes on the thermal decomposition of ammonium perchlorate ( AP) were studied.The sensitivity properties of TANPyO were tested according to specifications of standardization method GJB772A-1997.Results show that the thermal decomposition proces-ses of two complexes both consist of one violent exothermic peak with metal oxides residues.The two complexes make the higher thermal decomposition temperature of AP decrease by 47.14℃and 98.24℃, the decomposition reaction accelerate and the exo-thermic quantity increase, revealing that the two complexes have good catalytic effect on the thermal decomposition of AP.The drop height of impact sensitivity is 300 cm.The friction sensitivity and electrostatic spark sensitivity are zero, showing that TANPyO is an insensitive energetic compound.