Synthesis and Characterization of Jadeite-Jade under High Pressure and High Temperature
HU Yi;HE Duan-Wei;HU Qi-Wei;LIU Fang-Ming;LIU Yin-Juan;WANG Yong-Kun;ZHANG Yu;Institute of Atomic and Molecular Physics;Sichuan University;Key Laboratory of High Energy Density Physics and Technology of Ministry of Education;Sichuan University;

..............page:241-247

Shock-Induced Phase Transition and Spallation in Pure Iron under Magnetically Driven Flyer Plate Loading
CAO Luo-Xia;HU Hai-Bo;CHEN Yong-Tao;WANG Gui-Ji;TANG Tie-Gang;National Key Laboratory of Shock Wave and Detonation Physics;Institute of Fluid Physics;CAEP;Robust Munitions Center;Institute of Chemical Materials;CAEP;

..............page:248-254

High-Pressure and High-Temperature Sintering of Bulk Tungsten and W-TiC Alloy with Near-Full Densification and High Hardness
CHEN Hong-Yang;PENG Fang;LIU Ping-Ping;WANG Yong-Kun;DUAN Wen-Rui;LIU Dong-Qiong;YANG Xing-Hui;LI Chun-Xia;HE Duan-Wei;Institute of Atomic and Molecular Physics;Sichuan University;

..............page:255-262

Elastic Property of SiC-Diamond Composite under Hydrostatic Pressure
WANG Zhi-Gang;XU Liang;LI Xu-Hai;WANG Hai-Kuo;HE Duan-Wei;MENG Chuan-Min;National Key Laboratory of Shock Wave and Detonation Physics;Institute of Fluid Physics;CAEP;School of Material Science and Engineering;Henan University of Technology;Institute of Atomic and Molecular Physics;Sichuan University;

..............page:263-267

Experiment of Cavity Collapse Process in Plastic-Bonded Explosives under Shock Loading
FU Hua;LI Tao;WU Ting-Lie;ZHANG Guang-Sheng;LI Ke-Wu;National Key Laboratory of Shock Wave and Detonation Physics;Institute of Fluid Physics;CAEP;

..............page:268-272

Quantify the Errors of Two-Dimensional Technique by Comparing to Three-Dimensional Measurement Method on Evaluating Damage in Shocked Ultrapure Aluminum
QI Mei-Lan;RAN Xiao-Xia;BIE Bi-Xiong;FAN Duan;LI Ping;School of Science;Wuhan University of Technology;High Pressure Synergetic Consortium;Advanced Photon Source of Argonne National Laboratory;National Key Laboratory of Shock Wave and Detonation Physics;Institute of Fluid Physics;CAEP;

..............page:273-278

gao ya wu li xue bao zheng gao jian ze

..............page:278

Numerical Analysis on Physical Quantities of Aluminum in Magnetically Driven Isentropic Compression Experiments
ZHAO Ji-Bo;SUN Cheng-Wei;LUO Bin-Qiang;WANG Gui-Ji;CAI Jin-Tao;TAN Fu-Li;National Key Laboratory of Shock Wave and Detonation Physics;Institute of Fluid Physics;CAEP;

..............page:279-285

Calculating the Initiation Time of the Explosive with Complex Structure Using the Advancing Front Technique
WANG Rui-Li;LIN Zhong;WEI Lan;LIU Xue-Zhe;Beijing Institute of Applied Physics and Computational Mathematics;

..............page:286-292

Fragmentation of Metal Cylindrical Shell Treated by Local Quenching
SHEN Zheng-Xiang;YUAN Shu-Qiang;CHEN Jiong;LIU Feng-Tao;ZHOU Chun-Hua;WANG Fang;YANG Hui;Ningbo Institute;China North Material Science and Engineering Technology Group Corporation;

..............page:293-298

Investigation on the Deformation Shapes of Cylindrical Shell Filled with Soil under Lateral Explosion Loading
LI Xiang-Yu;WANG Ma-Fa;DONG Wen-Pu;LIANG Min-Zu;College of Science;National University of Defense Technology;School of Mechanical and Aerospace Engineering;Nanyang Technological University;State Key Laboratory of Explosion Science and Technology;Beijing institute of Technology;

..............page:299-306

Ambient Humidity Influence on Explosion Characteristics of Methane-Air Mixture
LIU Dan;SI Rong-Jun;LI Run-Zhi;Fire and Explosion Prevention Research Branch;Chongqing Research Institute Co.Ltd.;China Coal Technology Engineering Group Corp;State Key Laboratory of Gas Disaster Monitoring and Emergency Technology;

..............page:307-312

Preparation Methods and Ultra-High Pressure Technologies of Synthetic Diamonds
HAN Qi-Gang;Roll Forging Research Institute;Jilin University;

..............page:313-320

huan ying tou gao

..............page:322