QIN Zuoxiang
,
ZHANG Yansheng
,
ZHU Naiping Department of Materials Engineering
,
Dalian Railway Institute
,
Dalian
,
116022
,
China.Institute of Metal Research
,
Academia Sinica
,
Shenyang
,
110015
,
China.
材料科学技术(英文)
The oxygen relief/absorption,superconduc— tivity and structure of(Bi_(1-x)Pb_x)_2Sr_2Ca_2— Cu_3O_y compounds have been studied by TGA, electrical resistance measurement and X-ray diffraction.The amount of oxygen which can be re- leased and superconductivity of the compounds are correlative to Pb con...
关键词:
oxygen relief/absorption
,
null
,
null
,
null
YU Xuejie WANG Jianlin Shanghai Iron and Steel Research Institute
,
Shanghai
,
China.HOU Tianjian Anhui Institute of Technology
,
Hefei
,
China.YU Xuejie
,
Senior Engineer
,
Shanghai Iron Steel Research Institute
,
1001 Taihe Road
,
Wusong
,
Shanghai
,
China.
金属学报(英文版)
In order to clarify that the IFP and the “Type 2”α phase are also arising from TiC,a metastable β-Ti alloy was selected for investigation in this work.The results showed that af- ter heating the alloy just below the α+β→β transus temperature and quenching,the TiC lay- er existed at the α/β interface...
关键词:
interface phase(IFP)
,
null
,
null
,
null
ZHAO Xu
,
QI Min
,
YANG Dazhi Institute of Metal Research
,
Academia Sinica
,
Shenyang
,
110015
,
China.Department of Materials Engineering
,
Dalian University of Technology
,
Dalian
,
116012
,
China.
材料科学技术(英文)
The effect of α phase on CuZnAl shape memo- ry alloy(SMA)has been systematically studied by electrical resistance method,quantitative measure- ment of micrography and transmission electron microscopy(TEM).It is found that,by controlling the amount of α phase in(α+β)-CuZnAl alloy, phase transformatio...
关键词:
(α+β)-CuZnAl alloy
,
null
,
null
DENG Yongrui University of Science and Technology Beijing
,
Beijing
,
China..S.Ansell Colorado School of Mines
,
Golden
,
CO 80401
,
USA) Associate professor
,
Department of Materials Science and Engineering
,
University of Science and Technology Beijing
,
Beijing 100083
,
China.
金属学报(英文版)
The growth of thermoelastic martensite in a Cu-29% Zn-3% Al alloy has been investigated experimentally and theoretically.Metallographie observations showed that the growth oc- cured thermoelastically,i.e.reversibly,in the radial direction as well as in the thickening di- rection.This is not consiste...
关键词:
thermoelasticity
,
null
,
null
YANG Ke
,
CAO Mingzhou
,
WAN Xiaojing
,
SHI Changxu Institute of Metal Research
,
Academia Sinica
,
Shenyang
,
110015
,
China.
材料科学技术(英文)
The model of hydrogen diffusion formerly de- veloped [1] has been applied successfully to the hydrogen permeation experiment results of three kinds of materials,α—Fe,Fe—Ti alloy and Fe—Ti—C alloy by the mathematical fitting method.From the fitting results it was shown that the model can re- fiect we...
关键词:
hydrogen diffusion
,
null
,
null
,
null
GONG Hai
,
ZHANG Xiumu Department of Materials
,
Dalian Railway Institute
,
Dalian
,
116022 China.Institute of Metal Research
,
Academia Sinica
,
Shenyang
,
110015
,
China.
材料科学技术(英文)
The morphology and substructure of mixed martensites in ferrous alloys have been examined by using optical and transmission electron microscope. The results indicated that the main formation se- quence of martensitic morphology was butterfly→ plate→lath,with decreasing forming temperatures when the ...
关键词:
martensite morphology
,
null
,
null
ZHOU Jicheng TIAN Yanwen JIANG Zuoyao YANG Shaowei Shanghai Institute of Metallurgy
,
Academia Sinica
,
Shanghai
,
China.Northeast University of Technology
,
Shenyang
,
China.Jiao Tong University
,
Shanghai
,
China.
材料科学技术(英文)
The activity of MnO in blast furnace-type slags CaO-SiO_2,CaO-SiO_2-Al_2O_3 and CaO-SiO_2-Al_2O_3-MgO at 1500℃ has been measured in a graphite crucible with Ag and Sn as solvent metals.The agreement between the values of γMnO obtained from the experimental results using Ag and Sn separately as the s...
关键词:
blast furnace slag
,
null
,
null
HUANG Gangxiang XU Qingzhen GAO Huimin YU Shanfu HUA Hongci WANG Geya Shanghai Iron and Steel Research Institute
,
Shanghai
,
200940
,
China.Shanghai Institute of Metallurgy
,
Academia Sinica
,
Shanghai
,
200050
,
China.
材料科学技术(英文)
The microstructures of melt-spun Nd_135- Fe_81.74B4.76 ribbons have been investigated by means of X-ray diffraction,Mossbauer spectroscopy and HREM.Experimental results show that optimal magnetic properties of the bond- ed magnet can be obtained by melt-spun alloys at wheel velocity of 24m/s,the mic...
关键词:
coercivity
,
null