先进磁性材料手册第3卷:先进磁性材料的制作和加工(精)|David J.Sellmyer等|清华大学出版社

【相关下载】

【二手书】
本产品共有 0 册二手书出售，最低价：￥.00 [查看]

推荐图书

	北京大学物理学丛书-量子... 作者:曾谨言著
	半导体物理与器件作者:裴素华
	材料力学作者:王永廉
	固体物理教程** 作者:王矜凤
	材料力学作者:王秋生
	半导体材料与器件表征技术作者:施罗德

用户购买本书还购买了

· 先进磁性材料手册第1卷:先进磁性...

· 先进磁性材料手册第2卷:先进磁性...

· 先进磁性材料手册(第4卷)--先进...

· 电子材料导论

· 磁学基础与磁性材料

· 磁性液体理论及应用

· 超细粉碎设备及其应用

· 常微分方程式解法(2)刚性与微会...

· 材料科学与工程手册(上下)

· 材料科学导论—融贯的论述(精)

金书共建·What's this?

[分类共建] ·所有未分类图书查看
本书当前分类：
凝聚物质性质 > 磁学性质和磁性材料
我觉得本书应分到此类中：

[金书WIKI]
[ 编辑 ]当前页面使本书内容更加完善

[资源共建]
·提交本书书摘 ·提交本书相关资源

先进磁性材料手册第3卷:先进磁性材料的制作和加工(精)

您想读这本书吗？
作者： David J.Sellmyer等	出版社：清华大学出版社
译者：	丛书名：
出版日期：2005-7-1	上架日期：2005-10-27 17:38:00
ISBN：7302086060	页数：版次：初版
开本：16开	装帧：精装

市场价：~~￥98.00~~

贵宾会员价：￥73.50
高级会员价：￥76.44
普通会员价：￥78.40

金书豆豆(What's this?)

种一个豆豆，书价我来定！

我要种一个豆豆

【您的购物车】

购买册数：


货到付款：北京、上海、天津、广州、深圳、湖北、河南、山西、陕西、山东、四川、重庆、浙江更多查看>>

| 大封面 | 封底 | 前言 | 内容简介 | 序言 | 目录 | 作者简介 | 译者简介 | 作者序 | 译者序 |

【读者评论】

内容简介

本书的目的是对磁性材料研究的新近进展提供一种全面的理解。本书共分四卷，每一卷集中论述一个具体的研究领域。每一章首先对该章的基本概念和重要观念进行阐述，然后从实验和理论方面进行详细地说明，最后介绍该领域的发展前景以及新的思想。书中提供了详尽的参考文献，可供研究人员参考。
每种新磁性材料的开发成功都取决于它的性能与成本。在正确的磁理论建立后，如何使用最合适的制作加工工艺是开发制造新磁性材料的关键。第3卷对近年来各种磁性材料的制作加工原理和性能的相关性进行分析总结并瞻望未来。
本书的读者对象为研究生和相关专业的研究人员。

目录
伸缩显示:

[弹出查看]

007697-01.txt 
 
  1.1introduction1
1.2hddr phenomena in nd\|fe\|b3
1.2.1hydrogen absorption4
1.2.2disproportionation in nd2fe14b4
1.2.3recombination of disproportionated nd2fe14b8
1.3anisotropy in hddr treated nd\|fe\|b magnets11
1.4hddr phenomena in other rare\|earth magnetic materials21
1.4.1sm2fe17nx compound21
1.4.2thmn12\|type compound23
1.4.3nd3(fe, ti)29\|type compound24
1.5summary25
references 25

2process and magnetic properties of rareearth bonded magnets32
2.1introduction32
2.2recent progress on rareearth magnetic powders for 
bonded magnets34
2.2.1isotropic ndfeb powders34
2.2.2lean neo isotropic powders38
2.2.3anisotropic ndfeb powders for bonded magnets39
2.2.4smco powder for bonded magnet applications40
2.2.5other magnetic powders43
2.3process and magnetic properties of polymer bonded rare 
earth magnets44
2.3.1bonded magnets produced by compression molding 
process44
2.3.2hot compression molding process49
2.3.3bonded magnets produced by injection molding 
process52
2.3.4bonded magnets produced by extrusion process53
2.4polymers and polymer additives for bonded rareearth 
magnets55
2.5environmental stability of polymer bonded magnets57
2.6summary61
references65

3laser processing of magnetic materials69
3.1introduction69
3.2laser characteristics and laser facilities for materials 
processing70
3.2.1laser characteristics70
3.2.2lasers available for materials processing71
3.2.3laser materials interaction74
3.3laser surface treatment of magnetic thin films74
3.3.1precise grain size control of magnetic thin films75
3.3.2alignment of magnetic grains by laser annealing78
3.4interferometric laser lithography79
3.4.1multi\|step ill80
3.4.2direct patterning using ill82
3.5concluding remarks85
references85

4processing and properties of nanocomposite nd2fe14b\|based 
permanent magnets88
4.1introduction88
4.2basic considerations on processing techniques88
4.3preparation of amorphous or nanostructured precursors91
4.4transformation of amorphous or nanostructured precursors97
4.5direct preparation of nanocomposite permanent magnets99
4.6effects of additive elements on crystallization behavior100
4.6.1fe3b/nd2fe14b101
4.6.2advanced nanocomposite permanent magnets 
based on fe3b/nd2fe14b103
4.6.3α\|fe/nd2fe14b104
4.7practical properties of nanocomposite nd2fe14b\|based 
magnets106
4.7.1magnetic properties106
4.7.2corrosion behaviors107
4.7.3magnetizability108
4.8application examples109
4.9future subjects110
references111

5amorphous and nanocrystalline soft magnetic materials: tailoring of 
magnetic properties, magnetoelastic and transport properties115
5.1introduction115
5.2magnetic properties: magnetization process120
5.2.1amorphous ribbons: effect of the composition and 
applied stress121
5.2.2amorphous wires: large barkhausen effect123
5.2.3nanocrystalline materials: coercivity128
5.3processing: induced magnetic anisotropy132
5.3.1amorphous metallic alloys135
5.3.2nanocrystalline alloys139
5.3.3induced magnetic anisotropy in glass\|coated 
amorphous microwires142
5.4magnetostriction145
5.4.1amorphous materials145
5.4.2nanocrystalline materials151
5.5giant magneto impedance effect154
5.6sensor applications165
5.6.1magnetometers using amorphous and nanocrystalline 
materials166
5.6.2magnetoelastic sensors: sensors based on magnetic 
bistability167
5.6.3sensors based on giant magneto\|impedance 
effect172
references174

6nanogranular layered magnetic films182
6.1introduction182
6.2ion beam sputtering184
6.3samples preparation and characterization185
6.4structural properties187
6.5magnetic properties189
6.5.1nuclear magnetic resonance189
6.5.2room temperature static magnetization193
6.5.3dc and ac squid measurements194
6.5.4ferromagnetic resonance200
6.6transport and magnetotransport properties202
6.6.1electric conduction in zero magnetic field203
6.6.2room temperature magnetoresistance205
6.6.3influence of the number of bilayers on resistive 
and magnetoresistive properties207
6.6.4temperature dependence of magnetoresistance209
6.7conclusions212
references2137monodisperse ferromagnetic metal particles: synthesis by chemical 
routes, size control and magnetic characterizations217
7.1introduction217
7.2preparation of monodisperse fine ferromagnetic metal
 particles by chemical routes218
7.2.1mechanism of particle formation219
7.2.2control of the morphological characteristics of the 
particles220
7.3characterization of ferromagnetic metal particles made  
by the polyol process226
7.3.1morphological characteristics226
7.3.2crystal structure232
7.3.3chemical composition234
7.3.4core\|shell microstructure237
7.3.5static magnetic properties242
7.4magnetic resonance in fine particles248
7.4.1theoretical background248
7.4.2magnetic resonance in polyol made particles252
7.5conclusions and perspectives261
references262

8monocrystalline half\|metallic nimnsb thin films: preparation 
and characterization267
8.1introduction267
8.2the half\|metallic semi\|heusler nimnsb268
8.2.1heusler alloys268
8.2.2the half\|metals270
8.2.3the case of nimnsb272
8.3growth and structure of epitaxial nimnsb thin films275
8.3.1ptmnsb275
8.3.2ptmnsb/nimnsb multilayers275
8.3.3polycrystalline nimnsb thin films276
8.3.4epitaxial growth of nimnsb279
8.3.5surface morphology of the epitaxial films282
8.4magnetism and transport properties of nimnsb thin films286
8.4.1hysteresis cycles286
8.4.2magnetocrystalline anisotropy 287
8.4.3nimnsb thin film resistivity289
8.5evidences of the half\|metallic character290
8.5.1overview of magnetic excitations in half\|metals290
8.5.2electrical resistivity292
8.5.3magnetoresistance293
8.5.4hall effect294
8.5.5magnetization297
8.6conclusions298
references298

9bulk amorphous magnetic materials303
9.1introduction303
9.2processing and characterization of bulk amorphous magnetic 
alloys306
9.2.1melt\|spinning technique used for the preparation of 
“bulk” amorphous ribbons306
9.2.2preparation of bulk amorphous magnetic rods and rings 
by casting techniques308
9.2.3methods and techniques used for structural and 
magnetic characterization of bulk amorphous 
magnetic alloys308
9.3soft magnetic bulk amorphous alloys313
9.3.1background313
9.3.2the formation of the amorphous phase in
 (fe, co, ni)70 (zr, nb, m)10 b20(m=zr, ti, ta, mo)
systems314
9.3.3electric resistivity of fe\|based bulk amorphous 
alloys317
9.3.4magnetic properties of (fe, co, ni)70(zr, nb, m)10b20 
bulk amorphous alloys in the as\|quenched state319
9.3.5magnetic properties of fe\|zr\|b\|based bulk 
amorphous alloys versus annealing321
9.4high\|coercivity bulk amorphous alloys324
9.4.1background324
9.4.2glass\|forming ability in nd\|fe\|(al, si)systems325
9.4.3x\|ray and neutron diffraction experiments on nd90-x 
fex al10-ysiy bulk metallic alloys327
9.4.4magnetic properties of nd90-xfexal10-ysiy bulk 
amorphous alloys332
9.4.5mssbauer spectra342
9.5relationship between microstructure and magnetic properties 
in bulk amorphous alloys344
9.5.1soft magnetic bulk amorphous alloys344
9.5.2high\|coercivity bulk amorphous alloys345
9.6future perspectives349
references349

index353

伸缩显示:

[弹出查看]


	编辑荐语 [您可以向编辑推荐本书的亮点，采纳后奖励５－１０元优惠卷]（一个工作日内处理您的建议）

读者评论 w 查看本书所有书评

[发表您的书评，编辑将根据书评质量，予以相应的奖励]

(共0条)

关于我们 | 帮助 | 合作伙伴 | 我的帐户 | 图书馆 | 自考教材网 | 高校教材网
北京电话：010-68993821/88379639/88379641 邮箱：service@golden-book.com 传真：010-68990188
京ICP证060035号

专题 | 特价 | 书评 | 论坛 | 下载 | 新品 | 豆豆 | 鉴委会 | 共建 | 编辑博客 | 抢鲜预订 | 样章试读 | 名人签名 | 格子 | 播报

我的订单

关于配送

关于付款

售后服务

金书网