Research Progress on Application of Graphene in Energetic Materials
LAN Yuan-fei;LI Xiao-yu;LUO Yun-jun;School of Materials Science and Engineering;Beijing Institute of Technology;

..............page:1-7

Relationship Between Normal Velocity and Curvature of Detonation Wave Front for CL-20-based Aluminized Explosive
SHEN Fei;WANG Hui;YUAN Jian-fei;REN Xin-lian;Xi′an Modern Chemistry Research Institute;

..............page:8-11

Synthesis of 3,4-Bis(ethoxycarbonyl)furoxan by One-pot Method
WANG Min;LI Bin-dong;School of Chemical Engineering;Nanjing University of Science and Technology;

..............page:12-15

Optimization of Process for Preparing Spherical RDX by the Spray Drying Method
WANG Jiang;LIU Ying;LI Xiao-dong;HOU Cong-hua;College of Chemical Engineering and Environment;North University of China;Safety Technology Research Institute of Ordnance Industry;

..............page:16-21

huan ying ding yue huo zha yao xue bao

..............page:21

Study on the Metastable Zone Width of Nitroguanidine in Crystallization Process
XU Qi-peng;LUO Zhi-long;ZOU Gao-xing;CHEN Song;KANG Chao;YANG Yi;Xi′an Modern Chemistry Research Institute;

..............page:22-25

Preparation of Nano-sized Copper Chromite and Its Effect on Thermal Decomposition Performances of Ammonium Perchlorate
HAO Ga-zi;LIU Jie;LIU Huan-huan;SONG Jian;YANG Qing;GAO Han;JIANG Wei;LI Feng-sheng;National Special Superfine Powder Engineering Research Center of China;School of Chemical Engineering;Nanjing University of Science and Technology;

..............page:26-29

Mechanical Sensitivities and Thermal Decomposition Properties of HMX α/β-Polymorph Mixtures
WANG Yu-jiao;LIU Jie;YANG Qing;JIANG Wei;National Special Superfine Powder Engineering Research Center;Nanjing University of Science and Technology;

..............page:30-32

Thermal Decomposition Behaviors of Isopropyl Nitrate Containing Aluminum
XING Xiao-ling;ZHAO Sheng-xiang;LI Wen-xiang;FANG Wei;FU Gai-xia;Xi′an Modern Chemistry Research Institute;

..............page:33-35

huo zha yao xue bao wang zhan shi xian mian fei xia zai chuang kan zhi jin de quan bu lun wen
ben kan bian ji bu ;

..............page:35

Design Method of Fragments to Focused Warhead of Hyperbola Type
YUAN Shu-qiang;SHEN Zheng-xiang;LI Ya-zhe;ZHOU Chun-hua;CHEN Jiong;ZHANG Hong-liang;Ningbo Institute;China North Material Science and Engineering Technology Group;The Ordnance Science Institute of China;

..............page:36-40

Study on Compatibility of AlH₃ with Compositions of Solid Propellant by Thermal Analysis Method
ZHANG Wei;LIU Yun-fei;XIE Wu-xi;FAN Xue-zhong;XU Hong-jun;LIU Xiao-gang;MENG Ling-ling;WANG Wei;Xi′an Modern Chemistry Research Institute;

..............page:41-46

Mechanical Properties of HTPB Propellant after Thermal Accelerated Aging and Its Life Prediction
WANG Guo-qiang;SHI Ai-juan;DING Li;PANG Wei-qiang;YANG Li-bo;ZHANG Chao;Xi′an Modern Chemistry Research Institute;

..............page:47-50+55

Preparation and Characterization of Ultra-fine Spherical AP Particles
WAN Xue-jie;GUO Xiao-de;OU Yang-gang;WANG Guang-yu;ZHENG Dan;National Special Powder Engineering Research Center;Nanjing University of Science and Technology;

..............page:51-55

Process Properties and Mechanical Properties of HTPB Propellant with Micron Scale AP
WANG Xiao-fei;LI Yong-hong;XU Hui-xiang;SHI Xiao-bing;RAN Xiu-lun;MIAO Xue;Xi′an Modern Chemistry Research Institute;

..............page:56-58+68

Effect of MgH₂ and Mg（BH₄）₂ on Thermal Decomposition Process of Ammonium Nitrate
WEI Ya-jie;CHEN Li-ping;YAO Miao;PENG Jin-hua;School of Chemical Engineering;Nanjing University of Science and Technology;

..............page:59-63

Influence of the Nano-aluminium on Underwater Energy of RDX-based Pressed Explosive
NIU Guo-tao;WANG Shu-ping;JIN Da-yong;NIU Lei;CAO Shao-ting;Xi′an Modern Chemical Research Institute;

..............page:64-68

Effects of Bismuth Triphenyl on the Curing Reaction of BAMO-THF/TDI Binder System by LF-NMR
JIA Lin;XIE Wu-xi;DU Jiao-jiao;ZHANG Lin-jun;ZHANG Dong-mei;WANG Qiong;GU Yan;Xi′an Modern Chemistry Research Institute;

..............page:69-73+90

Optimization of the Measuring Conditions of Contact Angle for Granular Gun Propellant
ZHANG Li-hua;ZUO Jin-xiu;LIU Chao;LIU You-ping;School of Chemical Engineering and Environment;North University of China;School of Science;North University of China;

..............page:74-77

Low Temperature Impact Strength of Nitrocellulose Based High Energy-Low Vulnerability Gun Propellant
ZHANG Yuan-bo;XUAN Chun-lei;LIU Bo;LIU Jin-yu;LIU Guo-tao;WANG Qiong-lin;Xi′an Modern Chemistry Research Institute;

..............page:78-81

Numerical Simulation of 7-Hole Nitroguanidine-based Gun Propellant in Extrusion Forming Process
ZHANG Dan-dan;HE Wei-dong;School of Chemical Engineering;Nanjing University of Science and Technology;

..............page:82-86

Study on the Method of Testing the Gun Muzzle Flame by Digital Image Technique
FAN Wen-tao;ZHAO Hong-li;JIN Jian-wei;ZHAO Bao-ming;LIU Lai-dong;ZHANG Heng;SHANG Fei;Equipment Department of the Navy Bureau of Xi′an;Xi′an Modern Chemistry Research Institute;Nanjing University of Science and Technology;

..............page:87-90