Handbook of High -Temperature Superconductivity: Theory and Experiment (Google eBook)

Front Cover
Springer Science & Business Media, Mar 20, 2007 - Technology & Engineering - 659 pages
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Since the 1980s, a general theme in the study of high-temperature superconductors has been to test the BCS theory and its predictions against new data. At the same time, this process has engendered new physics, new materials, and new theoretical frameworks. Remarkable advances have occurred in sample quality and in single crystals, in hole and electron doping in the development of sister compounds with lower transition temperatures, and in instruments to probe structure and dynamics. Handbook of High-Temperature Superconductvity is a comprehensive and in-depth treatment of both experimental and theoretical methodologies by the the world's top leaders in the field. The Editor, Nobel Laureate J. Robert Schrieffer, and Associate Editor James S. Brooks, have produced a unified, coherent work providing a global view of high-temperature superconductivity covering the materials, the relationships with heavy-fermion and organic systems, and the many formidable challenges that remain.
  

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Contents

V
1
VI
2
VII
4
VIII
5
IX
7
X
9
XI
12
XII
17
CLXXVIII
327
CLXXX
328
CLXXXI
329
CLXXXII
330
CLXXXIII
334
CLXXXIV
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CLXXXV
339
CLXXXVI
341

XIV
19
XV
20
XVI
22
XVIII
25
XIX
27
XX
32
XXIV
33
XXV
34
XXVII
35
XXIX
36
XXX
37
XXXIII
38
XXXVII
39
XXXVIII
44
XXXIX
50
XL
53
XLI
57
XLII
59
XLIII
60
XLV
62
XLVI
64
XLVII
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XLVIII
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XLIX
72
L
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LI
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LII
75
LIV
87
LV
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LVI
90
LVII
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LVIII
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LX
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LXI
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LXII
106
LXIII
110
LXIV
111
LXV
116
LXVI
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LXVII
122
LXVIII
124
LXIX
128
LXX
130
LXXI
135
LXXII
137
LXXIII
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LXXIV
145
LXXV
146
LXXVI
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LXXVII
151
LXXIX
152
LXXX
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LXXXI
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LXXXII
158
LXXXIV
159
LXXXV
160
LXXXVI
161
XC
162
XCIV
163
XCVI
165
XCVIII
166
C
167
CI
170
CII
171
CIII
174
CIV
175
CVII
177
CVIII
179
CIX
180
CX
185
CXI
187
CXII
193
CXIII
200
CXIV
202
CXV
209
CXVI
215
CXVII
216
CXVIII
217
CXIX
219
CXX
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CXXI
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CXXIII
223
CXXIV
224
CXXV
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CXXVII
227
CXXIX
232
CXXX
234
CXXXI
236
CXXXII
239
CXXXIII
240
CXXXIV
243
CXXXV
244
CXXXVI
245
CXXXVII
248
CXXXIX
252
CXL
254
CXLI
257
CXLII
259
CXLIII
262
CXLIV
263
CXLV
264
CXLVI
267
CXLVII
271
CXLVIII
272
CXLIX
274
CL
276
CLI
279
CLII
280
CLIV
282
CLV
283
CLVI
284
CLVII
286
CLX
288
CLXI
289
CLXII
290
CLXIII
299
CLXIV
300
CLXV
301
CLXVI
303
CLXVII
307
CLXVIII
309
CLXIX
312
CLXX
314
CLXXI
316
CLXXIII
320
CLXXIV
321
CLXXV
323
CLXXVI
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CLXXVII
326
CLXXXVIII
345
CLXXXIX
346
CXC
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CXCI
350
CXCII
352
CXCIII
353
CXCV
354
CXCVI
357
CXCVII
360
CXCVIII
361
CXCIX
362
CC
364
CCI
367
CCII
372
CCIV
373
CCV
375
CCVI
376
CCVIII
380
CCIX
381
CCX
386
CCXII
387
CCXIII
388
CCXIV
390
CCXVI
399
CCXVII
400
CCXVIII
401
CCXIX
404
CCXX
406
CCXXII
407
CCXXIII
408
CCXXIV
409
CCXXV
410
CCXXVI
411
CCXXVII
412
CCXXVIII
414
CCXXIX
416
CCXXX
417
CCXXXI
418
CCXXXIII
419
CCXXXV
422
CCXXXVI
427
CCXXXVII
430
CCXXXIX
433
CCXL
436
CCXLI
437
CCXLII
438
CCXLIII
439
CCXLIV
442
CCXLV
446
CCXLVII
447
CCXLVIII
451
CCXLIX
453
CCL
455
CCLI
457
CCLII
463
CCLIII
464
CCLIV
466
CCLV
475
CCLVI
479
CCLVII
481
CCLIX
482
CCLX
483
CCLXI
486
CCLXII
488
CCLXIII
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CCLXIV
495
CCLXV
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CCLXVI
497
CCLXVII
499
CCLXVIII
501
CCLXIX
503
CCLXX
504
CCLXXI
506
CCLXXII
510
CCLXXIII
512
CCLXXIV
516
CCLXXV
522
CCLXXVI
524
CCLXXVII
527
CCLXXVIII
528
CCLXXIX
531
CCLXXX
534
CCLXXXI
536
CCLXXXII
541
CCLXXXIII
546
CCLXXXIV
547
CCLXXXV
550
CCLXXXVI
551
CCLXXXVII
554
CCLXXXVIII
555
CCLXXXIX
557
CCXC
559
CCXCI
560
CCXCII
562
CCXCIII
563
CCXCIV
565
CCXCV
569
CCXCVI
570
CCXCVII
572
CCXCVIII
573
CCXCIX
574
CCC
576
CCCI
578
CCCII
579
CCCIII
580
CCCIV
581
CCCV
582
CCCVII
584
CCCVIII
585
CCCX
586
CCCXI
588
CCCXIII
589
CCCXV
590
CCCXVII
591
CCCXVIII
592
CCCXIX
597
CCCXX
598
CCCXXI
599
CCCXXII
600
CCCXXIV
601
CCCXXV
602
CCCXXVI
605
CCCXXVII
607
CCCXXVIII
608
CCCXXX
611
CCCXXXI
612
CCCXXXII
615
Copyright

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About the author (2007)

Schrieffer received his B.S. from MIT.

Bibliographic information