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OALib Journal期刊
ISSN: 2333-9721
费用：99美元
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Ni52Ga28Fe20-xCox合金的马氏体相变和磁性转变
, PP. 93-98
Keywords: 铁磁性记忆合金,Ni--Ga--Fe--Co合金
Abstract:
利用金相和SEM显微组织分析技术,示差扫描量热法(DSC)和振动磁力计(VSM)考察了Ni52Ga28Fe20-xCox合金中Co元素含量x对马氏体相变和铁磁性转变的影响,用粉末X射线衍射方法(XRD)分析马氏体相的结构类型。在x？6的范围内Co代替Fe能够显著提高Ni52Ga28Fe20-xCox合金的马氏体相变温度,对铁磁性转变Curie点的影响不大。x每增加1可以使马氏体相变温度提高50---60K。低温淬火(773K/1h)对Ni52Ga28Fe20-xCox合金马氏体相变温度的影响不大,但使合金的Curie点提高20---30K。粉末XRD分析表明该合金系列经1423和773K两种温度处理后都只出现L10(2M)马氏体。
| [1] | Chernenko V A,Pons J,Cesari E,Zasimchuk I K.Scr Mater,2004;50:225
|
| [2] | Oikawa K,Imano Y,Chernenko V A,Luo F H,Omori T,Kainuma R,Ishida K.Submitted to Mater Trans JIMq
|
| [3] | UUllakko K,Huang J K,Kanter C,Kokorin V V,O'Handley R C.Appl Phys Lett,1996;69:1966
|
| [4] | SSozinov A,Likhachev A A,Lanska N,Ullakko K.Appl Phys Lett,2002;80:1746
|
| [5] | VVasil'ev A N,Buchel' nikov V D,Takagi T,Khovailo V V,Rstrin E I.Phys Uspekhi,2003;46:559
|
| [6] | MMorito S,Kakeshita T,Hirata K,Otsuka K.Acta Mater,1998;46:5377
|
| [7] | JJames R D,Wuttig M.Philos Mag,1998;77A:1273
|
| [8] | KKakeshita T,Takeuchi T,Fukuda T,Saburi T,Oshima R,Muto S,Kishio K.Mater Trans JIM,2000;41:882
|
| [9] | WWuttig M,Li J,Craciunescu C.Scr Mater,2001;44:2393
|
| [10] | OOikawa K,Wulff L,Iijima T,Gejima F,Ohmori T,Fujita A,Fukamichi K,Kainuma R,Ishida K.Appl Phys Lett,2001;79:3290
|
| [11] | OOikawa K,Ota T,Ohmori T,Tanaka Y,Morito H,Fujita A,Kainuma R,Fukamichi K,Ishida K.Appl Phys Lett,
|
| [12] | ??2002;81:5201
|
| [13] | Sato M,Okazaki T,Furuya Y,Wuttig M.Mater Trans JIM,2003;44:372
|
| [14] | Morito H,Fujita A,Fukamichi K,Kainuma R,Ishida K.Appl Phys Lett,2002;81:1657
|
| [15] | Liang Y,Sutou Y,Wada T,Lee C,Taya M,Mori T.Scr Mater,2003;48:1415
|
| [16] | Oikawa K,Ota T,Sutou Y,Ohmori T,Kainuma R,Ishida K.Mater Trans JIM,2002;43:2360
|
| [17] | Omori T,Kamiya N,Sutou Y,Oikawa K,Kainuma R,Ishida K.Mater Sci Eng,2004;A378:403
|
| [18] | Sutou Y,Kamiya N,Kainuma R,Ishida K,Oikawa K.Appl Phys Lett,2004;84:1275
|
| [19] | Morito H,Fujita A,Fukamichi K,Ota T,Kainuma R,Ishida K,Oikawa K.Mater Trans JIM,2003;44:661
|
| [20] | Liu Z H,Zhang M,Cui Y T,Zhou Y Q,Wang W H,Wu G H,Zhang X X,Xiao G.Appl Phys Lett,2003;82:424
|
| [21] | Li J Q,Liu Z H,Yu H C,Zhang M,Zhou Y Q,Wu G H.Solid State Commun,2003;126:323
|
| [22] | Liu Z H,Hu H N,Liu G D,Cui Y T,Zhang M,Chen J L and Wu G H.Phys Rev,2004;69 B:134415
|
| [23] | Morito H,Fujita A,Fukamichi K,Kainuma R,Ishida K.Appl Phys Lett,2003;83:4993
|
| [24] | Oikawa K,Omori T,Kainuma R,Ishida K.J Magn Magn Mater,2004;272-276:2043
|
| [25] | Morito H,Oikawa K,Fujita A,Fukamichi K,Kainuma R,Ishida K,Takagi T.J Magn Magn Mater,2005;290-291:850
|
| [26] | Webster P J,Ziebeck K R A,Town S L,Peak M S.Philos Mag,1984;49B:295
|
| [27] | Wutting M,Liu L,Tsuchiya K,James R D.J Appl Phys,2000;87:4707
|
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