2019 08
Interface and the Preference of Transformation Crystallography
GU Xinfu, SHI Zhangzhi, CHEN Leng, YANG Ping

2019 08 [731－741][Abstract](4805)[pdf 9814KB](2572)[ HTML ]
Design and Characterization of Atom and Electron Structure at Materials Interface
ZHANG Zhenhua, LIU Weiwei, XU Bingshe, GUO Junjie
2019 08 [742－747][Abstract](8902)[pdf 8402KB](3065)[ HTML ]
First-Principles Interface Thermodynamics of Core-Shelled Nano-Phase Precipitation in Alloys
JIANG Yong, ZHANG Chaomin
2019 08 [748－758][Abstract](4409)[pdf 5944KB](2271)[ HTML ]
Research Progress on Controllable Preparation of Materials under High Magnetic Fields
YUAN Shuang, LIU Zekun, LIU Jiaqi, WANG Qiang
2019 08 [759－767][Abstract](3649)[pdf 18985KB](2291)
Research Progress of Refractory High-Entropy Alloys
LIU Zhangquan, QIAO Junwei
2019 08 [768－774][Abstract](5156)
Research Progress of Interaction between Refractories and Molten Steel
HUANG Ao，WANG Yajie，ZOU Yongshun，FU Lvping，GU Huazhi，LI Guangqiang
2019 08 [775－781][Abstract](4452)[pdf 4994KB](2624)
Determination of Hydrazine Nitrate by Automatic Potentiometric Titration
ZOU Zhan，ZHAO Xuqun，SHI Hai
2019 08 [782－786][Abstract](3205)[pdf 3669KB](2164)
The Precipitation and Functional Mechanism of Al3(Sc, Zr, Ti) Phase in 7N01 Aluminum Alloy with Sc Addition
LI Zhaoming, JIANG Haichang, WANG Yunli, ZHANG Duo, YAN Desheng, RONG Lijian
2019 08 [787－792][Abstract](3909)[pdf 9866KB](2615)
Synthesis and Photocatalytic Properties of Cu2(OH)PO4-CdS Heterojunctions with VisibleLight Response
CHEN Yan, SHEN Xiaofeng, JIN Yan1, ZHANG Lisha, CHEN Zhigang
2019 08 [793－799][Abstract](2853)[pdf 14848KB](2178)
Preparation and Research Status of Metal Fiber Porous Materials
REN Yaojia，LIU Shifeng，LI Xiangjun，ZHANG Guangxi，WANG Qingjuan
2019 08 [800－805][Abstract](3675)[pdf 2887KB](2884)
Microstructure Characterization of Inertia Friction Bonding Region for NickelBased Superalloy FGH96
WANG Xiaofeng, ZOU Jinwen, YANG Jie, LIU Guangxu, XU Zhexin
2019 08 [806－812][Abstract](4410)[pdf 40368KB](2655)
Development and Application of Ti(CxN1-x) Based Cermet
WEN Xiao
2019 08 [813－818][Abstract](3775)[pdf 7499KB](2256)