Chin J Mater Res  1996, Vol. 10 Issue (2): 113-124    DOI:

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STRUCTURE,MAGNETIC PROPERTIES AND GIANT MAGNETORESISTANCE IN MELT-SPUN Cu-Co RIBBONS

ZHANG Xixiang; YU Roughai; BAI Haili; JIANG Enyong; TEJADA J(Universitat de Barcelona)(Tianjin University)Correspondent:(Department of Applied Physics; Tianjin University; Tianjin. 300072)

ZHANG Xixiang; YU Roughai; BAI Haili; JIANG Enyong; TEJADA J(Universitat de Barcelona)(Tianjin University)Correspondent:(Department of Applied Physics; Tianjin University; Tianjin. 300072). STRUCTURE,MAGNETIC PROPERTIES AND GIANT MAGNETORESISTANCE IN MELT-SPUN Cu-Co RIBBONS. Chin J Mater Res, 1996, 10(2): 113-124.

Abstract References Related Articles Recommended Metrics Download:  PDF(1038KB)  Export:  BibTeX | EndNote (RIS)       Abstract  Authors report a comprehensive investigation of structure, magnetization and transport properties of as-quenched and annealed Coxcul-x(0≤x≤0.22) granular alloys prepared by melt-spinning. Using X-ray diffraction, DCS measurements, and magnetic characteriz Key words:  Cu-Co ribbons; particle size; giant magnetoresistance      Received:  25 April 1996      Service E-mail this article Add to citation manager E-mail Alert RSS （） Articles by authors URL:  https://www.cjmr.org/EN/     OR     https://www.cjmr.org/EN/Y1996/V10/I2/113 1BaibichMX,BrotoJM,FertA,XguyenvanDanF,PetroffF,EtienneP,CrenzenG,FriederlchA,ChazelesA．PhysRevLett,1988,61:24722GrunbergBonasechP,SaurenbachF,ZinnW．PhysRev,1988,B39:48283ParkinSSP,MoreN,RocheKPPhysRevLett,1990,64:23044BerkowitzAE,MitchelJR,CareyMJ,YoungAP,ZhangS,SpadaFE,OarkerFT,HuttenA,ThomasG．PhysRevLett,1992,69:37455XiabJQ,JiangJS,ChienCL．PhysRevLett,1992,68:37496CarmleyRE,BarnasJ．PhysRevLett,1989,63:6647LevyPM,ZhangS,FertA,PhysRevLett,1990,65:16438ZhangS．ApplPhysLett1992,61:18559ZhangS,LevyPM．JApplPhys,1993,73:531510RabedeauTA,ToneyMF,MarksRF,ParkinSSP,FarrowRFC,HarpGR．PhysRev,1993,B48;1681011NishizawaT,IshidaK．BullAlloysPhaseDiagrams1984,5:16112ChildressJR,ChienCL．PhysRev,1991,B43:808913GenieC,OehringM,BormannR．PhysRev,1993,B48:1324414WeekerJ,VonHelmoltR,SchuitL,SamwerK．ApplPhysLett,1993,62:198515DienyB,ChamberodA,CowacheCetal．JMagnMagnMater,1994,135:19116RubinseinM,HarrisVG,DasBN,KoonNC．PhysRev,1994,B50:1255017CrangleJ．PhilMag,1955,46:19918ChildressJR,ChienCL．JApplPhys,1991,70:588519BeanCP,LivingstonJD．JApplPhys,1959,32:120S20KhanmaSN,LinderothS．PhysRevLett,1991,67:74221GranbvistCG,BurmannRA．SolidStateCommun．1976,18:12322ChantrellRW,WohlforthEP．JMagnMagnMater．1983,40:123SncksmithWA,ThompsonJE．ProcRoySoc,1954,A225:36224DoyleWD,FlandersPJ．ProcnitConfonMagnetism,Nottingham,TrucotR,EylonBeds．Elsevior,1961,P．75125WohlfarthEP．PhysLett,1979;A70:18926WohlfarthEP．JPhys,1980,F10:L24127MattsonJE,BrubackerME,SowersCHetal．PhysRev,1991,B44:937828PetrofF,BarthelemyA,HamzicAetal．JMagnMagnMater,1991,93:9529ShufengZhang,PeterM．LeryPhysRev,1991,B43:1104830ParkinSSP,BhadaR,RocheKP．PhysRevLett,1991,64:230431GoldsteinY,GittlemanJL．SolidStateCommun．1971,9:119732HickeyBJ,HowsonMA,MusaSQ,WisaerN．PhysRev,1995,B51:66733WangJQ,XiaoG．PhysRev,1994,B49:398234YuRH,ZhangXX,TejadaJ,KnobelM,TibertoP,AlliaP．JPhysCondensedMatter1995,7:408135YuRH,ZhangXX,TejadaJ,KnobelM,TibertoP,AlliaP．JPhysCondensedMatter,1995,inpress36YuRH,ZhangXX,TejadaJ,KnobelM,TibertoP,AlliaP．JApplPhys,1995,78:1 No related articles found! No Suggested Reading articles found! Viewed Full text Abstract Cited   Shared      Discussed