Chapter
Chapter 3. Increasing high temperature oxidation and corrosion resistance of graphite and carbon-fiber-reinforced carbon by deposition of a lowpressure chemically vapor-deposited silicon carbide coating
pp.：
34 – 40
Chapter 4. Vacuum plasma sprayed alumina-titania coatings
pp.：
40 – 46
Chapter 5. Erosive wear of CVD ceramic coatings exposed to particulate flow
pp.：
46 – 53
Chapter 6. The influence of erodent characteristics on the erosion of selected coatings at ambient and elevated temperature
pp.：
53 – 60
Chapter 7. Evaluation of plasma sprayed abradable coatings
pp.：
60 – 66
Chapter 8. Thermomechanical behavior and phase relationships of plasma-sprayedzirconia coatings
pp.：
66 – 74
Chapter 9. Thermal properties and microstructure of two thermal barrier coatings
pp.：
74 – 79
Chapter 10. Compositionally graded thermal barrier coatings for high temperatureaero gas turbine components
pp.：
79 – 85
Chapter 11. The effect of residual stress on martensitic transformation inplasma-sprayed ZrO2 (8 wt.%Y2O3 ) coatings
pp.：
85 – 91
Chapter 12. Acoustic emission study of failure mechanisms in TiC thermal barriercoatings
pp.：
91 – 98
Chapter 13. TiN films as microlaminate reinforcements in aluminum matrix composites
pp.：
98 – 105
Chapter 14. Microstructure and resistance to cracking of modified Al–Si and Al–Crdiffusion coatings on ŻS6K nickel-based superalloys
pp.：
105 – 112
Chapter 15. Low pressure r.f. plasma jet—a new tool for surface processing
pp.：
112 – 117
Chapter 16. The use of ion effects on the surface in deposition and etching of thinfilms and coatings
pp.：
117 – 123
Chapter 17. A new technique for testing the impact load of thin films: the coating impact test
pp.：
123 – 129
Chapter 18. Corrosion studies with hard coating-substrate systems
pp.：
129 – 136
Chapter 19. Preparation and characterization of V–N films deposited by reactivetriode magnetron sputtering
pp.：
136 – 142
Chapter 20. Recent progress in the study of physically vapour-deposited coatings produced by means of highly ionized plasmas
pp.：
142 – 152
Chapter 21. Sputter erosion amplification
pp.：
152 – 157
Chapter 22. The deposition of thin films by filtered arc evaporation
pp.：
157 – 164
Chapter 23. Planar magnetron-sputtering system with obliquely facing targets
pp.：
164 – 169
Chapter 24. Deposition of ternary hard compounds with a graded composition by the use of a hybrid source ion-plating technique
pp.：
169 – 175
Chapter 25. X-ray elastic constants and residual stress of textured titaniumnitride coating
pp.：
175 – 181
Chapter 26. Examination of residual stress, morphology and mechanical properties of sputtered TiN films
pp.：
181 – 188
Chapter 27. Effect of process parameters on the residual stresses and the wearbehavior of aluminum nitride physical vapor deposition coatings
pp.：
188 – 194
Chapter 28. Residual stress in ion-assisted coatings
pp.：
194 – 201
Chapter 29. On the residual stress and picostructure of titanium nitride filmsI: Implantation with argon or krypton
pp.：
201 – 207
Chapter 30. Microstructural study of the K - Al2O3→ α-Al2O3 transformation in CVD K - Al2O3
pp.：
207 – 214
Chapter 31. Deposition of multilayer hard coatings using kinetically controlled chemical vapour deposition processes
pp.：
214 – 219
Chapter 32. Reactor design for chemical vapor deposition of tungsten carbide coatings
pp.：
219 – 225
Chapter 33. Assessment of tetra-alkylchromium compounds for low temperature organo-metallic chemical vapour deposition of Cr-based coatings
pp.：
225 – 232
Chapter 34. Fundamental aspects of film nucleation and growth in chemical vapor deposition
pp.：
232 – 240
Chapter 35. Chemical vapor deposition in fluidized bed reactors
pp.：
240 – 245
Chapter 36. Coatings for corrosion protection of steel used in reinforced concrete
pp.：
245 – 250
Chapter 37. Low pressure chemical vapor deposition of massive Si1–xGex gradientcrystals and applications in short-wavelength diffraction
pp.：
250 – 255
Chapter 38. Aluminum and alumina coatings on copper by chemical vapor deposition in fluidized bed reactors
pp.：
255 – 262
Chapter 39. Multicomponent and multilayer physically vapour deposited coatings for cutting tools
pp.：
262 – 270
Chapter 40. Arc-evaporated Ti–V–N thin films
pp.：
270 – 276
Chapter 41. Ti–B–N coatings deposited by magnetron arc evaporation
pp.：
276 – 282
Chapter 42. Crystal structure of molybdenum nitride films made by reactive cathodicarc evaporation
pp.：
282 – 287
Chapter 43. Microstructural and tribological study of triode magnetron sputtered V–C coatings: influence of partial pressure of reactive gas
pp.：
287 – 294
Chapter 44. Decorative properties and chemical composition of hard coatings
pp.：
294 – 300
Chapter 45. Interface study of physically vapour-deposited TiN coatings on plasmanitrided tool steel surfaces with Auger electron spectroscopy, resonant nuclear reaction analysis and Rutherford backscattering spectroscopy
pp.：
300 – 308
Chapter 46. Growth and properties of hard coatings prepared by physical vapordeposition methods
pp.：
308 – 318
Chapter 47. The coating of internal surfaces by PVD techniques
pp.：
318 – 324
Chapter 48. High resistivity A\OX thin films deposited by a novel two-step sputtering process
pp.：
324 – 329
Chapter 49. Sputtered yttria partially stabilized zirconia layers applied to thin filmheat fluxmeters
pp.：
329 – 336
Chapter 50. Impurities in ion plated chromium films
pp.：
336 – 341
Chapter 51. Sputtered silver and Cr–C films for applications as interconnect materials
pp.：
341 – 345
Chapter 52. Structure and mechanical properties of hard W–C coatings deposited byreactive magnetron sputtering
pp.：
345 – 350
Chapter 53. Sputter deposition of decorative coatings based on ZrB2 and ZrB
pp.：
350 – 356
Chapter 54. Ion-beam deposition of Zr–Al multilayers and their structural properties
pp.：
356 – 359
Chapter 55. Fundamental mechanisms of titanium nitride formation by d.c.magnetron sputtering
pp.：
359 – 364
Chapter 56. Thin film deposition techniques utilizing the anodic vacuum arc
pp.：
364 – 370
Chapter 57. Working gas pressure and flow effects on reactively sputtered molybdenum oxide thin films
pp.：
370 – 376
Chapter 58. Effect of deposition parameters on the formation of cubic BN film sdeposited by plasma-assisted chemical vapour deposition from non-toxicmaterial
pp.：
376 – 381
Chapter 59. Growth and characterization of C–N thin films
pp.：
381 – 386
Chapter 60. Increase in nucleation density of diamond film growth by d.c. plasma chemical vapor deposition
pp.：
386 – 389
Chapter 61. The role of hydrogen in diamond synthesis from carbon dioxidehydrocarbon gases by microwave plasma chemical vapor deposition
pp.：
389 – 395
Chapter 62. Synthesis of diamond thin films through a transformation of a catalytically produced diamond precursor phase
pp.：
395 – 401
Chapter 63. The effect of noble gases on the formation of CVD diamond film
pp.：
401 – 408
Chapter 64. Crystallite geometry of hot filament chemical vapor deposited diamond
pp.：
408 – 413
Chapter 65. Diamond film growth on cemented tungsten carbides studied by SEM,AES and XPS
pp.：
413 – 418
Chapter 66. Formation of diamond films from low pressure radio frequency induction discharges
pp.：
418 – 424
Chapter 67. Diamond coating using multiple flame torches in an atmospheric chamber
pp.：
424 – 429
Chapter 68. Diamond synthesis in supersonic direct-current arcjet plasma at subtorrpressures
pp.：
429 – 435
Chapter 69. Investigation of the early stages of diamond film growth by ellipsometric monitoring
pp.：
435 – 439
Chapter 70. Adhesion and structure of c-BN films produced by ion-beam-assisted deposition
pp.：
439 – 444
Chapter 71. Effects of surface composition, environment and morphology on frictionand wear: an overview
pp.：
444 – 449
Chapter 72. Friction and wear of diamond and diamondlike carbon coatings
pp.：
449 – 456
Chapter 73. Applications of solid lubricant films in spacecraft
pp.：
456 – 463
Chapter 74. Aluminum metal matrix composites tailored for antifriction applications
pp.：
463 – 468
Chapter 75. Microstructure and tribological behaviour of plasma immersion ionimplanted tool steels
pp.：
468 – 474
Chapter 76. Performance and wear of carbide coated by physical vapour depositionin interrupted cutting
pp.：
474 – 480
Chapter 77. A comparison of the tribological behaviour of several wear-resistant coatings
pp.：
480 – 487
Chapter 78. Study of the relative wear and abrasion resistance of Ti(C,N) and TiN coatings
pp.：
487 – 491
Chapter 79. New ways towards better exploitation of physical vapour depositioncoatings
pp.：
491 – 497
Chapter 80. Substrate- and interface-related influences on the performance of arcphysical-vapour-deposition-coated cemented carbides in interrupted-cutmachining
pp.：
497 – 503
Chapter 81. Rolling-contact fatigue and wear resistance of hard coatings on bearingsteel substrates
pp.：
503 – 511
Chapter 82. Scuffing behavior of TiN-coated steel rollers under rolling and sliding conditions
pp.：
511 – 517
Chapter 83. Tribological behavior of oil-lubricated TiN-coated steel
pp.：
517 – 523
Chapter 84. Properties of TiN coatings deposited onto hot work steel substrates plasma nitrided at low pressure
pp.：
523 – 529
Chapter 85. Effects of nitrogen ion implantation on the mechanical properties oflaser-deposited thin films of TiC and TiN on stainless steel
pp.：
529 – 537
Chapter 86. Surface modification and wear characteristics of yttria-doped zirconia
pp.：
537 – 542
Chapter 87. Some tribological observations of sliding tungsten carbide coated steelagainst aluminum
pp.：
542 – 550
Chapter 88. Erosion and erosion-corrosion behavior of chromized-siliconized steel
pp.：
550 – 557
Chapter 89. Physical vapour deposition coatings for dental prostheses
pp.：
557 – 562
Chapter 90. The morphology and mechanical properties of Al2O3, ZrO2 and SiC laser-assisted physically vapour deposited films
pp.：
562 – 569
Chapter 91. Multilayer Ti-Cu sputter films for the Gravity Probe B gyroscope housings
pp.：
569 – 573
Chapter 92. Properties of sputter-deposited hydrogenated carbon films as atribological overcoat used in rigid magnetic disks
pp.：
573 – 578
Chapter 93. Nanoindentation and microindentation studies of hard carbon on 304stainless steel
pp.：
578 – 584
Chapter 94. Tribological properties of hard carbon films: extremely low friction mechanism of amorphous hydrogenated carbon films and amorphous hydrogenated SiC films in vacuum
pp.：
584 – 591
Chapter 95. Tribological properties of hard carbon films produced by the pulsed vacuum arc discharge method
pp.：
591 – 597
Chapter 96. Physical and tribological properties of rapid thermal annealed diamondlike carbon films
pp.：
597 – 602
Chapter 97. Protective coatings of amorphic diamond on fragile and sensitive substrates
pp.：
602 – 607
Chapter 98. Current Industrial Practices
pp.：
607 – 611
Chapter 99. Current Industrial Practices
pp.：
611 – 615
Chapter 100. The in-line arc ion-plating system for high throughput processing of automobile parts
pp.：
615 – 620
Chapter 101. Adherent metallization of carbon-fibre-reinforced plastic composites using a combined vacuum/electrochemical deposition process
pp.：
620 – 625
Chapter 102. Development of mass-production-type plasma chemical vapour deposition equipment and its application to various dies
pp.：
625 – 630
Author Index of Volume 54/55
pp.：
630 – 632
Subject Index of Volume 54/55
pp.：
632 – 639
Metallurgical Coatings and Thin Films 1992
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