Chinese Journal of Explosives and Propellants 2016 Vol.39 Total Contents

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

Progress of Study on Thermal Behaviors of Nitrogen-rich Compounds as Azole,Triazine and Furazan
HAN Zhi-yue;YANG Yue-zhen;DU Zhi-ming;ZHANG Ying-hao;YAO Qian;State Key Laboratory of Explosion Science and Technology;Beijing Institute of Technology;

..............page:1-11

Research Progress on the Synthesis of Energetic Compounds Based on α-Polynitromethyl-azoxy Moieties
ZHANG Jia-rong;BI Fu-qiang;WANG Bo-zhou;ZHANG Jun-lin;ZHAI Lian-jie;LI Ya-nan;JIA Si-yuan;State Key Laboratory of Fluorine & Nitrogen Chemical;Xi′an Modern Chemistry Research Institute;

..............page:12-19+37

Influence of Constraint Strength of Shells on the Performance of Thermobaric Explosives Blasting in the Air
CHENG Yu-teng;LIN Qiu-han;LI Xi;ZHAN Gao-shu;JIA Hui;Nanjing University of Science and Technology;Fujian Ordnance Equipment CO.;LTD;

..............page:20-25

Theoretical Study of Cage-HMX:2,4,6,8-Tetranitro-2,4,6,8-tetraazatricycle[3.3.0.0^3,7]octane
BI Fu-qiang;ZHAI Lian-jie;ZHANG Jun-lin;WANG Bo-zhou;FAN Xue-zhong;Xi′an Modern Chemistry Research Institute;State Key Laboratory of Fluorine & Nitrogen Chemicals;

..............page:26-31

Molecular Dynamics Research on Mechanical Properties and Sensitivity of RDX-TNT Explosive
HANG Gui-yun;YU Wen-li;WANG Tao;LI Zhen;Rocket Force University of Engineering;

..............page:32-37

Photocatalytic Degradation of DNT Wastewater by Composite Catalyst and Its Degradation Mechanism
SHANG Hai-ru;FENG Chang-gen;SUN Liang;GAN Qiang;School of Mathematics;Beijing Institute of Technology;State Key Laboratory of Explosion Science and Technology;Beijing Institute of Technology;

..............page:38-43

Preparation and Thermal Properties of Nano-Al/CuO Composite
DONG Xiao-hu;HU Lan;WANG Ying-lei;SHU Yuan-jie;YAN Rui;WU Min-jie;State Key Laboratory of Fluorine & Nitrogen Chemicals;Xi′an Modern Chemistry Research Institute;

..............page:44-48

Treatment of TNT Red Water Polluted Soil by Thermal Decomposition Method
DING Qiu-hua;LI Yu-ping;JIANG Xin;GU Zhen-hua;CAI Zhen-feng;CHEN Lin-zi;WU Chun-yan;WANG Xin;School of Materials Science and Engineering;Beijing Institute of Technology;Beijing North Energy Conservation and Environmental Protection Co.;LTD;

..............page:49-54

The Reactivity between Aluminum Powder and Liquid Phase of Fuel-air Explosives
XING Xiao-ling;ZHAO Sheng-xiang;LI Wen-xiang;FANG Wei;Xi′an Modern Chemistry Research Institute;

..............page:55-57

Experimental Study on the Shock Response of a TATB-based Insensitive Explosive with Electromagnetic Particle Velocity Gauge
LI Jin-he;FU Hua;ZHAO Ji-bo;GONG Yan-qing;SUN Yong-qiang;National Key Laboratory of Shock Wave and Detonation Physics;Institute of Fluid Physics;CAEP;

..............page:58-62

zhi xie shen gao zhuan jia
ben kan bian ji bu ;

..............page:62

Experiment and Numerical Simulation of Shock Initiation of JH-14C Detonation Device
LI Shuo;YUAN Jun-ming;LIU Yu-cun;QIN Wen-zhi;XING Zong-ren;TANG Xin;School of Chemical Engineering and Enivironment;North University of China;Institute of Chemical Materials;CAEP;

..............page:63-68+79

Effect of Friction Effect on Dynamic Mechanical Performances of a PBX Explosives
LI Liang-liang;QU Ke-peng;SHEN Fei;XIAO Wei;WANG Hui;HE Chao;Xi′an Modern Chemistry Research Institute;

..............page:69-73

Effect of Aluminum/Organic Fluoride Composite on the Combustion Properties of Aluminized HTPB Propellants
LI Yi;GUO Xiao-yan;YANG Rong-jie;LI Zi-yan;WANG Ning-fei;School of Material Science and Engineering;Beijing Institute of Technology;School of Aerospace Engineering;Beijing Institute of Technology;

..............page:74-79

Effect of Lead Salt Catalysts on the Combustion Properties of GAP Reduced Smoke Propellant
LI Wei;YIN xin-mei;WANG Xiao-ying;ZHANG Lin;TANG Quan;PAN Xin-zhou;WANG Yue;Hubei Institute of Aerospace Chemotechnology;

..............page:80-83

Influences of Charging Size and Structure on Cook-off Characteristics of HTPE Propellant
YANG Xiao;ZHI Xiao-qi;YANG Bao-liang;LI Juan-juan;National Defense Key Laboratory of Underground Damage Technology;North University of China;Xi′an Modern Control Technology Research Institute;Jinxi Industries Group Co.;Ltd;

..............page:84-89

Study on Improving the Mechanical Properties of Nitroguanidine Gun Propellant with KH550 at Low Temperature
ZHU Deng-pan;LIU Zhi-tao;LIU qiong;LIAO Xin;School of Chemical Engineering;Nanjing University of Science and Technology;Liaoning Qingyang Chemical Industry Corporation;

..............page:90-93

Azidonitramine Intermediate Sample Preparation for Quantitative Analysis by Calendering-drying Method
JIA Lin;ZHANG Gao;ZHANG Lin-jun;YANG Cai-ning;GU Yan;CUI Peng-teng;Xi′an Modern Chemistry Research Institute;

..............page:94-97

Static and Dynamic Combustion Performance in Bore of DAGQ Gun Propellant
YAN Guang-hu;ZHAO Yu-hua;ZHANG Yu-cheng;LIU Yi;CUI Peng-teng;LIANG Lei;LI Qiang;XIAO Xia;Xi′an Modern Chemistry Research Institute;

..............page:98-102

Effect of Multi-hydroxyl Polyether on the Anti-impact Properties of High-energy Nitramine Gun Propellant
YAN Xi-yan;ZHANG Li-hua;XUE Huan;School of Chemical Engineering & Environment;North University of China;

..............page:103-106