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COMPOSITION DESIGN FOR A BEARING STEEL WITH LIMITED HARDENABILITY

L. P. Xu , M. H. Xu , L. Li , Y.A. Min , X.Z Xuand R.H .Liu (Department of Materials Science and Engineering , Shanghai University , Shanghai 200072 , China) (Shanghai No.5 Iron and Steel Factory , Shanghai 200940 , China)

金属学报(英文版)

The composition of a bearing steel was designed for limited hardenability by use of Grossmann's method. A medium frequency induction Process was applied to heat bearings to ensure penetrant heating and suitable solving of carbon and other elements in the matrix. The hardened depth measured from the ...

关键词: : bearing steel , null , null

SURFACE REACTION OF Ni_3Al WITH WATER VAPOR OR OXYGEN

YX. Chen , X.J. Wan and W.X. Xu (Institute of Materials Sciences , Shanghai University , Shanghai 200072 , China)(Shanghai Iron and Steel Research Institute , Shanghai 200940 , China)

金属学报(英文版)

The kinetics of the surface reactions of single crystal Ni3Al and polycrystal line Ni3Al0.00052 wt% B with water vapor or oxygen was investigated using XPS. Both reactions initiate at less than 1.5×10-6 Pa.s exposure. The reaction of Ni3Al does not saturote with water vapor at 0.43 Pa.s; with oxygen...

关键词: Ni_3Al , null , null , null

THE FAILURE MECHANISM OF REVERSE SHAPE MEMORY EFFECT IN A Cu-BASE ALLOY

C.M Li , G.X. Dong , S.T- Dai , and D. Y Chen (Tsinghua University Beijing 100084 , China)J Yin and D.X. Hu (Shanghai No.5 Steel Works , Shanghai 200940 , China)

金属学报(英文版)

The interior structural evolution accompanying reverse shape memory effect (RSMEin a Cu-Zn-Al alloy was studied by means of transmission electron microscopy. It was found that RSME is closely related to bainitic transformation in this alloy during the isothermal reaction at moderate temperatures. At...

关键词: reverse shape memory effect , null , null , null

A Positron Study of Hysteresis Temperature in Ti-Ni Alloy

Jingcheng WANG and Guiying QIN (Shanghai Key Lab. of Metal Functional Materials , Shanghai Iron and Steel Research Institute , Shanghai 200940 , China)(To whom correspondence should be addressed)Guilin ZHANG ana Wanhui ZHENG (Shanghai Nuclear Research Instit

材料科学技术(英文)

For Ti-Ni alloy it is exceedingly difficult to prepare an element that has a desired and defined hysteresis temperature for its preparing process is not pedect at present. Because the mechanism of transformation in Ti-Ni has not been fully clarified, it is far more exceedingly difficult to explain t...

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Investigation of Nanocrystalline Fe-Cu-Nb-Mo-Si-B Alloy

Yanzhong ZHANG(Shanghai Iron and Steel Research Institute , Shanghai 200940 , China)

材料科学技术(英文)

The soft magnetic properties are reported for newly-developed nanocrystalline Fe72.7Cu1Nb1.8-Mo2Si13B9.5 and Fe73Cu1Nb1.5Mo2Si13B9.5. The high frequency core losses of the new alloys are as follows: P3/100K=473 kW·m-3, P2/200K=750 kW·m-3, P2/500K=3400 kW·m-3,P0.5/1000K=680 kW·m-3, which are clearly ...

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NEWLY-DEVELOPED AND CHEAP NANOCRYSTALLINE Fe-Cu-Nb-Mo-Si-B ALLOYS FOR SWITCHING MODE POWER SUPPLY

Y.Z. Zhang(Shanghai Iron and Steel Research Institute , Shanghai 200940 , China)

金属学报(英文版)

The synthetical soft magnetic properties are reported for newly-developed nanocrystalline Fe73.5 Cu1 Nb0.9Mo2.1 Si13.5 B9 and Fe73.5 Cu1 Nb0.5Mo2.5Si13.5B9 alloys. The levels of high-frequency losses of the new alloys are P3/100k=612 and 670 kWm-3,P2/200k=880 and 973 kWm-3, P2/500k=4300 and 4600 kWm...

关键词: nanocrystalline alloy , null , null , null

Developing carbon materials targeted for applications-A summary on the annual world conference on carbon, Carbon2011

新型炭材料

The 2011 Annual World Conference on Carbon (Carbon 2011) was held in Shanghai, China, during 24-29 July, 2011. This conference was hosted jointly by East China University of Science and Technology, University of Shanghai for Science and T...

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关于多相材料的研究

材料导报

多相材料是材料研究发展的必然结果。提出多相材料的研究,目的是要拓宽材料研究的视野,主张模糊各类材料的界限,运用纳米材料制备技术,博采各类材料制备工艺之所长,以使用上的要求为材料研究的准则,制作出低成本和高性能稳定性的材料。还强调在考虑材料研究中的问题时,始终以满足使用要求为目标,并不一味地追求材料的...

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