Chapter
Chapter 4. A New Design for Amorphous Core Distribution Transformer
pp.：
34 – 38
Chapter 5. Synthesis and Magnetic Properties of Iron Nitride Thin Films by Double Ion Beam Sputtering
pp.：
38 – 42
Chapter 6. Fast Dissipative and Diffusional Relaxation of the Magnetic Permeability in Ferromagnetic Metallic Glasses
pp.：
42 – 46
Chapter 7. Structural Changes of Amorphous fe1-x Cx Alloys at x ≈ 0.32
pp.：
46 – 50
Chapter 8. Specific Heat Behaviour on Soft Magnetic Thick Amorphous Ribbons of an Fe–B–Si Alloy
pp.：
50 – 54
Chapter 9. The Influence of the Substitution of Metallic Elements on the Thermal Stability and Magnetic Properties of Amorphous Fe–B–Si Alloys
pp.：
54 – 58
Chapter 10. Magnetic Phase Transition in Amorphous Fe–Ni–B and Fe–B–Si Alloys
pp.：
58 – 62
Chapter 11. Μossbauer Studies of Amorphous FeB and FeBSi Alloys
pp.：
62 – 68
Chapter 12. Magnetic Properties of Amorphous FeCo–SiB Alloys Annealed in Rotating Magnetic Field
pp.：
68 – 72
Chapter 13. Soft Magnetic Properties of Microcrystalline Co–Fe–Si–B Alloys Prepared by Sputtering
pp.：
72 – 76
Chapter 14. Magnetic Energy Density and Friction Factor in Magnetic Amorphous Ribbons
pp.：
76 – 80
Chapter 15. Local Evidence for Re-entrant Magnetic Behaviour in Amorphous Fe90Zr10 Alloys
pp.：
80 – 84
Chapter 16. Magnetic Ordering Behavior of Rare-earth-substituted Fe–Zr Amorphous Alloys
pp.：
84 – 88
Chapter 17. Production and Properties of Melt-spun Fe–6.5wt.%Si Ribbons
pp.：
88 – 92
Chapter 18. Magnetization of Amorphous and Crystalline Co–Si–B Alloys
pp.：
92 – 96
Chapter 19. Magnetic Anisotropy and Process Parameters in a Nearly Zeromagnetostriction Metallic Glass Fe4.5Co66Ni3.5Nb2Cr1B14Si9
pp.：
96 – 102
Chapter 20. Investigation of the Magnetic Stability of Cobalt-based As-quenched Amorphous Alloys
pp.：
102 – 106
Chapter 21. Microstructure and Soft Magnetic Properties of Rapidly Solidified Fe–Al Alloys
pp.：
106 – 110
Chapter 22. Magnetic Properties of Cobalt-rich Amorphous Alloys for Saturable Cores
pp.：
110 – 116
Chapter 23. Effects of Surface Crystallization on the Magnetic Properties in Iron-rich Metallic Glasses
pp.：
116 – 120
Chapter 24. Preparation and Magnetic Properties of Co–Gd Amorphous Alloy Films by the Electroplating Method
pp.：
120 – 124
Chapter 25. Compositional Dependence of Magnetostriction of Amorphous Co–Fe–B and Co–Ni–B Alloys
pp.：
124 – 128
Chapter 26. Magnetic Properties of Amorphous Gd4Fe3 and Y4Fe3 Alloys
pp.：
128 – 134
Chapter 27. Magnetic Stability of Water-quenched Cobalt-based Amorphous Alloy
pp.：
134 – 138
Chapter 28. The Comparative Performance of Nd–(Fe, Co)–B Magnets Formed by Rapid Quenching and by Sintering
pp.：
138 – 142
Chapter 29. Hard Magnetic Properties of Nd–Fe–B Formed by Mechanical Alloying and Solid State Reaction
pp.：
142 – 146
Chapter 30. Preferential Crystallite Orientation in Melt Spun Nd–Fe–B Permanent Magnet Materials
pp.：
146 – 152
Chapter 31. Magnetic Hardening in Melt-spun Fe–R–B Alloys
pp.：
152 – 158
Chapter 32. Influence of Quench Rate and Hydrogen Absorption on the Magnetic Properties of Melt-spun Nd15Fe77B8
pp.：
158 – 162
Chapter 33. Crystallite Size Determinations for Melt-spun Fe–Nd–B Permanent Magnet Alloys
pp.：
162 – 168
Chapter34. Microstructure Studies in Nd2(Fe0.9Co0.1)14BThin Films
pp.：
168 – 172
Chapter 35. Magnetic and Thermal Properties of ( Ndx Fe1-x)82.5 B17.5 Glasses
pp.：
172 – 176
Chapter 36. Magnetic Behaviour in Amorphous Tbx Cu1-x Alloys (x = 0.18,0.22,0.33,0.50 and 0.65)
pp.：
176 – 180
Chapter 37. Electron Transport Properties of Non-magnetic Metallic Glasses
pp.：
180 – 194
Chapter 39. Electronic Transport Properties of Glassy Fe–Sc Alloys
pp.：
194 – 198
Chapter 40. Quantum Corrections to the Conductivity in Mg70Cu30-xAux , x = 0,1, 3, 9,
and Mg70Zn 30-x Aux, x = 0,3
pp.：
198 – 202
Chapter 41. The Hall Effect in Paramagnetic Co–Zr Metallic Glasses
pp.：
202 – 206
Chapter 42. Electronic Properties and Localization Effects in Some Hydrogen-doped 4d–3d Metallic Glasses
pp.：
206 – 210
Chapter 43. Dependence of Tc on the Cooling Conditions for Liquid-quenched A15 Chemical Compounds
pp.：
210 – 216
Chapter 44. Superconductivity in Crystalline and Amorphous Nb-Zr Thin Films
pp.：
216 – 222
Chapter 45. Electrical Resistivity of Fe–Cr- and Ni-Cr-Based Amorphous Alloys
pp.：
222 – 226
Chapter 46. Temperature Dependence of Longitudinal Magnetoresistance in Amorphous Fe–Cr–Si–B Alloys
pp.：
226 – 230
Chapter 47. The Scattering Mechanism of Resistivity in Amorphous Fe90–xCoxZr10 Alloys
pp.：
230 – 234
Chapter 48. Electron Transport in Co-evaporated Thin Film and Melt-spun
Ribbon Αl 1-x , Μn x, Alloys
pp.：
234 – 238
Chapter 49. Scattering Mechanisms and Transport Properties of Iron-Transition Metal–Boron Amorphous Alloys
pp.：
238 – 242
Chapter 50. The Behaviour of Electrical Resistivity in Amorphous Co100-xBx Alloys
pp.：
242 – 246
Chapter 51. Low-temperature Thermal and Electrical Resistivity in a Pd–Cu–Si Metallic Glass
pp.：
246 – 250
Chapter 52. Intermediate Temperature Range Electrical Resistivity of Some Metallic Glasses
pp.：
250 – 254
Chapter 53. Photoelectron Spectroscopy of Metallic Glasses: Bulk, Interface and Surface Properties
pp.：
254 – 260
Chapter 54. Electronic Structure of Amorphous Transition Metal Alloys
pp.：
260 – 268
Chapter 55. Electronic Structure of Hydrogenated Amorphous Ni–Zr Alloys
pp.：
268 – 272
Chapter 56. Comparison of Amorphous and Liquid Alloys by Photoelectron Spectroscopy
pp.：
272 – 276
Chapter 57. On Many-electron Effects and Multiplet Splittings in X-ray Photoelectron Spectroscopy as a Diagnostic Tool for Metallic Glasses
pp.：
276 – 280
Chapter 58. Photoemission Studies on Metallic Glasses Using Synchrotron Radiation
pp.：
280 – 284
Chapter 59. Electronic Structure and Local Environment of Non-transition Elements in Ternary Metallic Glasses
pp.：
284 – 288
Chapter 60. Electronic Properties of Glassy Metallic Alloys
pp.：
288 – 292
Chapter 61. X-Ray Photoelectron Spectroscopy on Amorphous CuxTe100-x and Nix Te 100-x
pp.：
292 – 296
Chapter 62. Spectroscopic Ellipsometry of Amorphous Ni0.95Tb0.05 and Crystalline Nickel
pp.：
296 – 300
Chapter 63. Local Structure and Stability of Amorphous Cu–Fe–Zr Alloys
pp.：
300 – 304
Chapter 64. Electronic Structure of ( Ni33Zr67)1-xXx (X = Ti, V, Cr, Mn, Fe, Co, Ni or Cu) Ternary Metallic Glasses Studied by Low Temperature Specific Heat Measurements
pp.：
304 – 310
Chapter 65. Electronic Structure and Electron Transport in Ca–Mg–Cu Metallic Glasses
pp.：
310 – 316
Chapter 66. Magnetic Susceptibility and 31P Nuclear Magnetic Resonance Study of the Electronic Structure of Amorphous and Crystalline Ni–Cu–P Alloys
pp.：
316 – 320
Chapter 67. High Resolution Solid State Nuclear Magnetic Resonance Study of the Electronic Structure of Rapidly Quenched Alloys
pp.：
320 – 324
Chapter 68. The Influence of Hydrostatic Pressure on the Superconducting Transition Temperature and Critical Field in the Amorphous Binary Metallic Alloys M–Zr ( M = Fe, Co or Ni)
pp.：
324 – 328
Chapter 69. Optical Reflectivity of Glassy Pd–U–Si Alloys
pp.：
328 – 332
Chapter 70. Electronic Structure of ( Ni33Zr67)85X15 (X = Ti, V, Cr, Mn, Fe, Co and Cu) Metallic Glasses Studied by Photoelectron Spectroscopy
pp.：
332 – 336
Chapter 71.The Discovery of Quasicrystals through Rapid Quenching of Metallic Alloys
pp.：
336 – 338
Chapter 72. Atomic Structure of Quasicrystals
pp.：
338 – 346
Chapter 73. Quasicrystals and Quasicrystal-related Phases in the Al–Mn System
pp.：
346 – 350
Chapter 74. Quasi-crystals Studied with Convergent Beam Electron Diffraction
pp.：
350 – 354
Chapter 75. The Configurational Entropy of Two-dimensional Random Penrose Tilings
pp.：
354 – 360
Chapter 76. Structure of Quasi-crystalline Al–Mn–Ru: X-ray and Neutron Studies
pp.：
360 – 364
Chapter 77. Local Icosahedral Packing Energetics for d-band Metals
pp.：
364 – 368
Chapter 78. Electronic Properties and Resonant States in Al–Mn(–Si) Alloys
pp.：
368 – 372
Chapter 79. Physical Properties of Icosahedral and Glassy Pd–U–Si Alloys
pp.：
372 – 376
Chapter 80. Electronic Structure of Quasi-crystalline AIMn in Comparison with Amorphous and Crystalline Alloys
pp.：
376 – 382
Chapter 81. Metastable Phase Boundaries of Quasicrystalline Phases
pp.：
382 – 392
Chapter 82. Electronic Structure of Quasi-crystals
pp.：
392 – 400
Chapter 83. Thermal Stability of the Icosahedral Phase in Al–Mn (Mn = 4–15 at.%) Alloys Prepared by Planar Flow Casting
pp.：
400 – 404
Chapter 84. Crystallization of the Al–Mn Icosahedral Phase
pp.：
404 – 408
Chapter 85. An Electron-microscopic Investigation of the Transformation Behaviour of Al6Mg4Cu Quasi-crystalline Alloy
pp.：
408 – 414
Chapter 86. Crystallization of Icosahedral Al–Mn–Si
pp.：
414 – 418
Chapter 87. High Pressure Structural Study of Quasicrystalline Al–Mn
pp.：
418 – 422
Chapter 88. Stability of Quasicrystalline Phases in Al–Fe–V Alloys
pp.：
422 – 428
Chapter 89. High Pressure Induced Crystallization of Rapidly Solidified Al–Fe and Al–Mn Quasi-crystalline Alloys
pp.：
428 – 432
Chapter 90. Peritectoid Transformation of Quasi-crystals in Al–Mn Alloys
pp.：
432 – 438
Chapter 91. The Structure of Icosahedral Al–Mg–Cu Alloy
pp.：
438 – 442
Chapter 92. Pair Distribution Function in Icosahedral Al–Mn–Si Alloy
pp.：
442 – 445
References
pp.：
445 – 446
Chapter 93. Preparation and Structural Investigation by X-Ray and Neutron Scattering of Quasi-crystalline and Glassy Pd58.8Si2o.6U2o.6
pp.：
446 – 450
Chapter 94.Preparation and Electrical Properties of Aluminium-based Ternary and Quaternary Quasi-crystals
pp.：
450 – 454
Chapter 95. Low Temperature Calorimetric and Magnetic Properties of Al–Mn and Al–Mn–Si Quasi-crystals
pp.：
454 – 458
Chapter 96. Growth of Quasi-crystals
pp.：
458 – 464
Chapter 97. New Quasi-crystalline and Amorphous Phases in Rapidly Quenched Al–Ge–(Cr, Mn) and Al–Si2–(Cr, Mn) Alloys with High Metalloid Concentrations
pp.：
464 – 468
Chapter 98. Influence of the Quenching Conditions on the Formation of the Icosahedral Phase in Al–Mn Alloys
pp.：
468 – 472
Chapter 99. Hydrogen in Amorphous and Nanocrystalline Metals
pp.：
472 – 478
Chapter 100. Thermodynamics of Η in Amorphous Alloys: A Lattice-gas Model
pp.：
478 – 484
Chapter 101. Solid-state Reaction and Electrocatalytic Activity of Rapidly Quenched Zr50Co3oNi20 Alloys
pp.：
484 – 490
Chapter 102. Chemical Properties and Applications of Some Amorphous Alloys
pp.：
490 – 498
Chapter 103. Corrosion Resistance and Passive Layer Formation in Amorphous Binary Cr Alloys
pp.：
498 – 504
Chapter 104. Laser and Electron Beam Processing of Electrodes Consisting of Amorphous Nickel–Valve Metal–Platinum-group Metal Surface Alloys on Valve Metals
pp.：
504 – 508
Chapter 105. Improved Corrosion Resistance of Rapidly Solidified Fe–Al Bronzes
pp.：
508 – 512
Chapter 106. The Oxidation Behavior of Amorphous and Polycrystalline Zr–Ni Alloys
pp.：
512 – 516
Chapter 107. Investigation of the Microstructure of an Fe91Zr9 Catalyst Prepared from the Amorphous Alloy
pp.：
516 – 522
Chapter 108. Corrosion Behavior of Rapidly Solidified Mg – Nd and Mg – Y Alloys
pp.：
522 – 528
Chapter 109. Segregation and Structural Effects of Boron in Rapidly Solidified Copper–Boron Alloys
pp.：
528 – 532
Chapter 110. Electrochemical Behaviour of Cu–Ti Glassy Alloys
pp.：
532 – 536
Chapter 111. Amorphous Alloy Catalysts for Electro-oxidation of Methanol and its Derivatives in a Sulphuric Acid Solution
pp.：
536 – 540
Chapter 112. Electrochemistry of Chromium-base Binary Metallic Glasses
pp.：
540 – 544
Chapter 113. Behaviour of Fe–Cr–P–C Amorphous Alloys in an Alkaline Medium: Elementary Composition of Superficial Layers and Electrochemical Characterization of Alloy–Solution Interface
pp.：
544 – 548
Chapter 114. The Oxidation Behaviour of Some Cobalt-based Amorphous Alloys
pp.：
548 – 554
Chapter 115. Hydrogen in Some Pd–Si-based Amorphous Alloys and in the Crystallized States
pp.：
554 – 558
Chapter 116. Properties of As-quenched and Hydrogenated Cu–Fe–Ti Alloys
pp.：
558 – 562
Chapter 117. Decomposition of Formic Acid on Fe80B20 Metallic Glasses
pp.：
562 – 566
Chapter 118. Simulation of the Influence of Hydrogen on the Structural Properties of Amorphous Iron
pp.：
566 – 570
Author Index
pp.：
570 – 572
Cumulative Subject Index Vols. 97–99
pp.：
572 – 591
Rapidly Quenched Metals 6: Volume 3
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