Research and Development Trends of Insensitive Solid Propellant Formalation
FU Xiao-long;FAN Xue-zhong;Xi′an Modern Chemistry Research Institute;

..............page:1-8

Synthesis and Property Prediction of 5-Aminotetrazolium1′-Hydroxy-1H,1-H-5,5′-Bitetrazol-1-Olate
YANG Yao;SHEN Cheng;LU Ming;School of Chemical Engineering;Nanjing University of Science and Technology;

..............page:9-13

huan ying ding yue huo zha yao xue bao

..............page:13

Synthesis and Performance of 1,1′-Di(nitroxymethyl)-3,3′-dinitro-5,5′-bis-1,2,4-triazole
WANG Zi-jun;GE Zhong-xue;QIU Shao-jun;GUO Tao;HUANG Xiao-chuan;BI Fu-qiang;LIU Min;YU Tao;Xi′an Modern Chemistry Research Institute;

..............page:14-19+24

Volume Shrinkage of HTPB Thermosetting PBX in the Aging Process
HE Chuan-lan;LAN Lin-gang;WEN Mao-ping;PANG Hai-yan;Institute of Chemical Materials;CAEP;

..............page:20-24

Influence of Al Powder on the Explosion Acceleration Ability for Explosives
FENG Xiao-jun;WANG Xiao-feng;XU Hong-tao;GAO Li-long;Xi′an Modern Chemistry Research Institute;

..............page:25-27+32

Detection of TNT Content in Composite Explosive by UV Spectrophotometry
LIU Ning;FENG Zhi-qiang;HUANG Bo-yong;FANG Yong-xi;Institute of Chemical Materials;CAEP;

..............page:28-32

Experimental Study on Oxygen Consumption Effect of Thermo-baric Explosives
ZHENG Chao-min;YAN Rui;LIU Zhi-wei;HU Lan;LIU Hong-ni;Xi′an Modern Chemistry Research Institute;

..............page:33-36+51

Size Effect and Numerical Simulation of Cook-off Test for CHL01 Explosive
NIU Yu-lei;FENG Xiao-jun;GUO Xin;NAN Hai;WANG Hao;Xi′an Modern Chemistry Research Insitute;

..............page:37-41

Multivariate Prediction of Impact Sensitivity of Nitro Compounds
FANG Wei;WANG Jian-hua;LIU Yu-cun;YUAN Jun-ming;YU Yan-wu;GUO Jia-hu;College of Chemical Engineering and Environment;North University of China;

..............page:42-46

Preparation and Properties of Superfine ANPyO/HMX Mischcrystal Explosive
ZHOU Xin-long;LIU Zu-liang;CHENG Jian;ZHU Shun-guan;SU Qiang;HAO Yao-gang;School of Chemical Engineering;Nanjing University of Science and Technology;Yinguang Chemical Industry Group Co.;Ltd;

..............page:47-51

Synthesis and Quantum Chemistry Calculation of Bis[2-(5-nitrotetrazol-2-yl)-2,2-dinitroethyl]nitroamine
ZHANG Min;BI Fu-qiang;XU Cheng;GE Zhong-xue;WANG Wei;WANG Bo-zhou;LIU Qing;WANG Min-chang;Xi′an Modern Chemistry Research Institute;

..............page:52-57

Effect of Coating Process on the Combustion Energy of HMX-based Aluminized Explosives
FENG Bo;WANG Xiao-feng;TIAN Xuan;FENG Xiao-jun;XU Hong-tao;Xi′an Modern Chemistry Research Institute;

..............page:58-61

Synthesis and Characterization of GAP-based Energetic Thermoplastic Elastomer
LIU Li-ping;HUANG Zhen-ya;WANG Xin;School of Chemical Engineering;Nanjing University of Science and Technology;

..............page:62-66

Effect of Morphology of FOX-7 Crystals on Its Sensitivity
ZHOU Qun;CHEN Zhi-qun;ZHENG Chao-min;WANG Bo-zhou;REN Xiao-ning;WANG Ke-yong;WANG Ming;ZHOU Cheng;Xi′an Modern Chemistry Research Institute;

..............page:67-69+76

Numerical Simulation and Experimental Research on Powder Particle Bed Charge Structure Design and Its Resistance to Penetration Overload
NING Hui-jun;ZHANG Ding-shan;RUAN Wen-jun;WANG Hao;School of Energy and Power Engineering;Nanjing University of Science and Technology;Xi′an Modern Chemistry Research Institute;

..............page:70-76

Combustion Performances of Smokeless Composite Modified Double-base(CMDB)Propellants Containing 2,6-Diamino-3,5-dinitro pyrazine-1-oxide(LLM-105)
ZHANG Chao;YANG Li-bo;YUAN Zhi-feng;ZHANG Jun;JIA Yan-bin;Xi′an Modern Chemistry Research Institute;

..............page:77-80+84

Combustion Property of Aluminum-free NEPE Propellant with Low Burning Rate
SONG Qin;DAI Zhi-gao;DENG Qi-ming;LI Wei;XIANG Li;WU Jing-han;Hubei Institute of Aerospace Chemotechnology;

..............page:81-84

Simulation and Experimental Study on Flow Behavior of Simulant Explosive Composites during Twin-screw Extrusion
NIE Cheng-lei;REN Dong-yun;WANG Xiao-feng;HUANG Ya-feng;Beijing University of Chemical Technology;Xi′an Modern Chemistry Research Institute;

..............page:85-90

zhong guo bing gong xue hui huo zha yao zhuan ye wei yuan hui cheng li wu shi zhou nian 2014 nian huo zha yao ji shu xue shu yan tao hui cheng gong ju xing
ren zuo ;

..............page:90