Synthesis and characterization of polyaluminocarbosilane
as SiC ceramic precursor① |
YU Yu-xi(余煜玺), LI Xiao-dong(李效东), CAO Feng(曹 峰), FENG Chun-xiang(冯春祥) |
641 |
Developing of an expert system for nonferrous alloy design① |
LI Yi-bing(李义兵), HE hong-bo(何红波), ZHOU Ji-cheng(周继承), LI Bin(李 斌) |
645 |
Structural and hydrogen storage capacity evolution of
Mg2FeH6hydride synthesized by reactive mechanical alloying① |
LI Song-lin(李松林), R. A.Varin |
649 |
Interfacial defects of hard magnetic Pr2Fe14B phase
from amorphous to nanostructures① |
WU Yu-cheng(吴玉程) |
654 |
Development of new type of wear and crack resistant hardfacing electrode① |
WANG Xin-hong(王新洪), SONG Si-li(宋思利), ZOU Zeng-da(邹增大), QU Shi-yao(曲仕尧) |
660 |
Crystallization process in rapidly solidified Al-Nd-Ni amorphous alloy prepared by melt spinning①
|
XIAO Yu-de(肖于德), LI Wen-xian(黎文献), MA Zheng-qing(马正青) |
665 |
Microstructure evolution mechanism in adiabatic shear band in TA2① |
YANG Yang(杨 扬), XIONG Jun(熊 俊), YANG Xu-yue(杨续跃) |
670 |
Novel algorithm for determining optimal blankholder forces
in deep drawing of aluminum alloy sheet① |
SUN Cheng-zhi(孙成智), CHEN Guan-long(陈关龙),LIN Zhong-qin(林忠钦), ZHAO Yi-xi(赵亦希) |
675 |
Electroless plating Ni-P matrix composite coating
reinforced by carbon nanotubes① |
DENG Fu-ming(邓福铭), CHEN Xiao-hua(陈小华),CHEN Wei-xiang(陈卫祥), LI Wen-zhu(李文铸) |
681 |
Hot-press sintering of MA Fe-based nanocrystalline/amorphous
soft magnetic powder① |
LU Bin(卢 斌), YI Dan-qing(易丹青), YAN Biao(严 彪), YIN Jun-lin(殷俊林),LIU Hui-qun(刘会群), WU Biao-li(吴标理), CHEN |
686 |
Si3N4/CrN nanostructured multilayers grown by RF
reactive magnetron sputtering① |
JIANG Shi-hang(姜世杭), XU Jun-hua(许俊华), LI Ge-yang(李戈扬) |
692 |
Twice reverse shape memory effect in CuZnAl shape memory alloy① |
LI Zhou(李 周), WANG Ming-pu(汪明朴), XU Gen-ying(徐根应), GUO Ming-xing(郭明星) |
697 |
Process factors influencing spinning deformation of
thin-walled tubular part with longitudinal inner ribs① |
JIANG Shu-yong(江树勇), XUE Ke-min(薛克敏), ZONG Ying-ying(宗影影), YU Lin(喻 林) |
702 |
Key technologies of“zero die trial”design system for
aluminum profile extrusion① |
LUO Chao(罗 超), LI Da-yong(李大永), PENG Ying-hong(彭颖红), ZUO Tie-yong(左铁镛) |
708 |
Preparation and characterization of fibrous NiO particles by
thermal decomposition of nickelous complex precursors① |
ZHANG Chuan-fu(张传福), ZHAN Jing(湛 菁), WU Jian-hui(邬建辉), LI Chang-jun(黎昌俊) |
713 |
Influence of solid contaminants in oil on wear characteristics of
nano-Al2O3/Ni composite coating① |
DU Ling-zhong(杜令忠), XU Bin-shi(徐滨士), DONG Shi-yun(董世运),YANG Hua(杨 华), WU Yi-xiong(吴毅雄) |
718 |
Surface modification of LiCo0.05Mn1.95O4 cathode by
coating with SiO2-TiO2composite① |
YU Xiao-yuan(禹筱元), HU Guo-rong(胡国荣), PENG Zhong-dong(彭忠东),XIAO jin(肖 劲), CHEN Zhao-yong(陈召勇), LIU Ye-xiang(刘业翔)
| 723 |
Effect of strontium on columnar growth of dendriticαphase
in near-eutectic Al-11.6%Si alloys① |
LIAO Heng-cheng(廖恒成), DING Yi(丁 毅), SUN Guo-xiong(孙国雄) |
728 |
Microstructure of carbon fiber preform and distribution of
pyrolytic carbon by chemical vapor infiltration① |
CHEN Jian-xun(陈建勋), HUANG Bai-yun(黄伯云) |
733 |
Synthesis of LaF3superfine powder by microwave heating method① |
WU Yu-feng(吴玉锋), TIAN Yan-wen(田彦文), HAN Yuan-shan(韩元山),ZHAI Yu-chun(翟玉春), WANG Chang-zhen(王常珍) |
738 |
Exfoliation corrosion susceptibility of 8090 Al-Li alloy
examined by electrochemical impedance spectroscopy① |
CAI Chao(蔡 超), LI Jin-feng(李劲风), ZHENG Zi-qiao(郑子樵), ZHANG Zhao(张 昭) |
742 |
Influences of sub-micrometer Ta and Co dopants on microstructure and properties of tungsten heavy alloys① |
TAN Xing-long(谭兴龙), LENG Bang-yi(冷邦义), QIU Shao-yu(邱绍宇), LI Qiang(李 强), HE Wen-yan(何文艳), WANG Chuan-hai(王传海) |
747 |
Three-dimensional combined finite-discrete element approach
for simulation of single layer powder compaction process① |
CHEN Pu-qing(陈普庆), XIA Wei(夏 伟), ZHOU Zhao-yao(周照耀),ZHU Quan-li(朱权利), LI Yuan-yuan(李元元) |
751 |
Warm compacting behavior of stainless steel powders① |
XIAO Zhi-yu(肖志瑜), KE Mei-yuan(柯美元), CHEN Wei-ping(陈维平),SHAO Ming(邵 明), LI Yuan-yuan(李元元) |
756 |
Chemistry principles for thermoplastic polymer binder
formula selection for powder injection molding① |
LIANG Shu-quan(梁叔全), TANG yan(唐 艳),HUANG Bai-yun(黄伯云), LI Shao-qiang(李少强) |
762 |
Effect of carbon fiber on calcium phosphate bone cement① |
DAI Hong-lian(戴红莲), WANG Xin-yu(王欣宇), HUANG Jian(黄 健),YAN Yu-hua(闫玉华), LI Shi-pu(李世普) |
769 |
Constitutive equation of annealed copper with
high conductivity for deformation at high strain rates① |
ZHU Yuan-zhi(朱远志), YIN Zhi-min(尹志民), JIANG Feng(姜 锋),SONG Lian-peng(宋练鹏), ZENG Yu(曾 渝), YANG Yang(杨 扬)
| 775 |
Mechanism of stress aging in Al-Cu(-Mg-Ag) alloys① |
CHEN Da-qin(陈大钦), ZHENG Zi-qiao(郑子樵), LI Shi-chen(李世晨), CHEN Zhi-guo(陈志国) |
779 |
Energy-storage welding connection characteristics of
rapidly solidified Cu-Co alloy foils① |
XU Jin-feng(徐锦锋), ZHAI Qiu-ya(翟秋亚), JIANG Yong(蒋 永) |
785 |
Microstructure of Sm2Co17magnets and its influence on coercivity① |
LI li-ya(李丽娅), YI Jian-hong(易健宏), HUANG Bai-yun(黄伯云),PENG Yuan-dong(彭元东), DU Juan(杜 娟) |
790 |
Effect of two kinds of amino-acids on bioleaching metal sulfide① |
HU Yue-hua(胡岳华), HE Zhi-guo(贺治国), HU Wei-xin(胡维新),PENG Hong(彭 宏), ZHONG Hui(钟 慧) |
794 |
Photocatalytic activity of ANbO3(A=Li, Na, K)① |
CHEN Qi-yuan(陈启元), YANG Ya-hui(杨亚辉), YIN Zhou-lan(尹周澜),LI Jie(李 洁), LIANG Shen(梁 胜) |
798 |
Thermodynamic calculation of Sn(IV)-NH4+-Cl--H2O system① |
TANG Mo-tang(唐谟堂), YANG Jian-guang(杨建广),YANG Sheng-hai(杨声海), TANG Chao-bo(唐朝波) |
802 |
Intelligent temperature control system of quench furnace① |
HU Yan-yu(胡燕瑜), GUI Wei-hua(桂卫华), TANG Zhao-hui(唐朝晖), TANG Ling(唐 玲) |
807 |
Preparation and characterization of LiMn1.5Me0.5O4
(Me = Ti, Fe, Ni, Zn) for lithium-ion battery cathode materials① |
ZHAO Ming-shu(赵铭姝), SONG Xiao-ping(宋晓平) |
811 |
Oxygen reduction on teflon-bonded carbon electrode① |
ZHOU De-bi(周德璧), HUANG Ke-long(黄可龙), ZHANG Shi-min(张世民) |
817 |
Kinetics of crystal growth on seeded precipitation of
sodium aluminate solutions with new device① |
CHEN Jin-qing(陈金清), ZHANG Ping-min(张平民), GAN Guo-yao(甘国耀),YIN Zhou-lan(尹周澜), CHEN Qi-yuan(陈启元) |
824 |
Dual-frequency IP over Tanghuping Prospect① |
Iraj Vosoughi-Niri,TANG Jing-tian |
829 |