EFFECT OF SMALL AMOUNT OF BORON ON THE PROPERTY OF CuZnAl SHAPE MEMORY ALLOY

Chin J Mater Res

1990, Vol. 4

Issue (6): 514-518 DOI:

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EFFECT OF SMALL AMOUNT OF BORON ON THE PROPERTY OF CuZnAl SHAPE MEMORY ALLOY

ZHAO Xu;QI Min;WANG Fengting;YANG Dazhi(Dalian Univeristy of Technology)

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ZHAO Xu;QI Min;WANG Fengting;YANG Dazhi(Dalian Univeristy of Technology). EFFECT OF SMALL AMOUNT OF BORON ON THE PROPERTY OF CuZnAl SHAPE MEMORY ALLOY. Chin J Mater Res, 1990, 4(6): 514-518.

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Abstract The effect of small amount of boron on CuZnAl shape memory alloy hasbeen systematically studied by electrical resistence method,quantitaive measurement ofmetallurgraph,tensile test and scanning elecrton microscopy.It is found that,by addingsmall amount of

Key words: boron grain refinement shape memory effect

Received: 25 December 1990

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https://www.cjmr.org/EN/ OR https://www.cjmr.org/EN/Y1990/V4/I6/514

1 Miyazaki S,Otsuka K,Sakamoto H et al.Trans JIM,1981;22:244
2 Miyazaki S,Kawai T,Otsuka K.Scripta Met,1982;16:143
3 Hu H,Rath B B.Met Trans,1970;1:3118
4 Smith D A,Rae C M F,Grovernor C R M.Grain Boundary Structue and Kinetics,Ohio:ASM,1979:337
5 Elst R,Humbeeck J V,Meeus M.Z Metallkde,1986;77:421
6 Cahn J W.Acta Met,1962;10:789
7 Lee J S,Wayman C M.Metallography,1986;19:401
8 张丽平.大连理工大学硕士论文,1986
9 赵连成,杨建华.金属学报,1983;19:A271
10 Lee J S,Wayman C M.Trans JIM,1986;27:584
11 Matsuoka S,Oshimo R,Fujita F E.J JIM,1984;48:871

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