Chapter
Chapter 3. Effect of ion implantation on titanium alloy/polyethylene and 316L stainless steel/polyethylene friction couples running in joint prostheses
pp.：
26 – 34
Chapter 4. Microscopic aspects of copper, zirconium and iron ion implantation in alumina
pp.：
34 – 44
Chapter 5. Fully computerized sclero-topometer for simulations and modelling of abrasive wear
pp.：
44 – 54
Chapter 6. X-ray stress analysis of neon implantation in laser-treated 304 stainless steel
pp.：
54 – 64
Chapter 7. Properties of arc-evaporated CrN and (Cr,Al)N coatings
pp.：
64 – 70
Chapter 8. Structure and mechanical properties of reactively sputtered chromium nitrides
pp.：
70 – 78
Chapter 9. Structure characterization of plasma-deoposited TiN coatings
pp.：
78 – 84
Chapter 10. Computer simulation of boron nitride deposition by ion-beam-assisted evaporation
pp.：
84 – 94
Chapter 11. Modification of properties of TiB2 coatings by ion beam mixing during deposition
pp.：
94 – 100
Chapter 12. Fretting wear of carbon-ion-implanted physical-vapour-deposited TiN coatings
pp.：
100 – 110
Chapter 13. Hard coatings in the system (Ti, Al)(C, N) prepared by pyrolysis of polymeric precursor films
pp.：
110 – 116
Chapter 14. CO2-laser-induced chemical vapour deposition of TiB2
pp.：
116 – 126
Chapter 15. Corrosion of sputtered titanium nitride films deposited on iron and stainless steel
pp.：
126 – 132
Chapter 16. Characterization of plasma-sprayed titanium coatings on stainless steel
pp.：
132 – 140
Chapter 17. Corrosion protection of metal implants by sputter-deposited biocompatible ceramic coatings
pp.：
140 – 148
Chapter 18. Study of the chemical composition of silicon nitride films obtained by chemical vapour deposition and plasma-enhanced chemical vapour deposition
pp.：
148 – 158
Chapter 19. Transformation of silicon nitride in oxygen plasma
pp.：
158 – 166
Chapter 20. Influence of pulse reversed current technique on the crystalline orientation and surface morphology of nickel electrodeposits
pp.：
166 – 172
Chapter 21. Plating of nickel-phosphorus multilayer alloys: current pulse effects on the microstructural and mechanical properties
pp.：
172 – 182
Chapter 22. Calcium phosphate coatings for orthopaedic prosthesis
pp.：
182 – 190
Chapter 23. Effect of YC13 addition on chromium pack diffusion type coating of an Ni-Co-ThO2 composite material
pp.：
190 – 196
Chapter 24. Residual stresses analyses of metallo-organic chemically vapour-deposited Cr7C3 coatings on SAE 4135 steel substrates
pp.：
196 – 204
Chapter 25. Characterization by glancing angle X-ray diffraction of the interface between austenitic stainless steel AISI 304 substrates and a TiN or Ti/TiN physical vapour deposition coating
pp.：
204 – 212
Chapter 26. Plasma process for thermodiffusional titanium nitriding
pp.：
212 – 220
Chapter 27. Morphological study of an alumina-glass coating
pp.：
220 – 224
References
pp.：
224 – 226
Chapter 28. Mechanical properties of Cu/Al multilayered thin films
pp.：
226 – 232
Chapter 29. Real structure of near-surface regions in austenite single crystals after implantation with 30 keV N+ ions studied by synchrotron radiation under grazing incidence conditions
pp.：
232 – 240
Chapter 30. Modification of surfaces of polymers by ion bombardment for improvement of mechanical properties
pp.：
240 – 248
Chapter 31. Resistivity and magnetoresistance of monocrystalline TaSi2 and VSi2
pp.：
248 – 256
Chapter 32. Ceramic coatings and laser treatment
pp.：
256 – 266
Chapter 33. The effects of xenon bombardment on the dissolution and reprecipitation of carbonitrides produced in nitrogen-implanted low carbon steel
pp.：
266 – 274
Chapter 34. Tribological behaviour of sprayed coatings for shaft restoration
pp.：
274 – 284
Chapter 35. Structural and semiconducting characteristics of electro-deposited calcium chalcogenide thin films
pp.：
284 – 292
Chapter 36. Structure and properties of TiSi2 thin films and TiSi2–Si(111) interfaces
pp.：
292 – 304
Chapter 37. Induction brazing of diamond with Ni–Cr hardfacing alloy under argon atmosphere
pp.：
304 – 310
Chapter 38. Interface phenomena and bonding mechanism of thermally-sprayed metal and ceramic composites
pp.：
310 – 320
Chapter 39. Electronic structure investigation at a zirconia-nickel interface
pp.：
320 – 328
Chapter 40. A novel shear test for plasma-sprayed coatings
pp.：
328 – 336
Chapter 41. Characterization of ceramic coatings by photothermal radiometry
pp.：
336 – 344
Chapter 42. Interfacial fracture toughness of vacuum-plasma-sprayed coatings
pp.：
344 – 354
Chapter 43. Overview of the characterization methods of the growth mechanisms of low pressure diamond
pp.：
354 – 364
Chapter 44. Influence of the deposition gas on the properties of plasma-deposited carbonized layers
pp.：
364 – 370
Chapter 45. Hard diamond-like carbon films prepared by various physical vapour deposition techniques
pp.：
370 – 380
Chapter 46. Plasma polymerization of CF4 + H2 mixtures on the surface of polyethylene and polyvinylidene fluoride substrates
pp.：
380 – 390
Chapter 47. Implantation-assisted deposition of hard carbon coatings on steel substrates
pp.：
390 – 396
Chapter 48. High intensity pulsed ion beams in the surface modification of soilds —experiments carried out in Poland
pp.：
396 – 404
Chapter 49. Morphological modification of TiC by laser irradiation
pp.：
404 – 410
Chapter 50. Laser melting of plasma-nitrided steel samples
pp.：
410 – 414
Chapter 51. Laser surface alloying of steel with TiC
pp.：
414 – 420
Chapter 52. Remelting of surface coatings on steel by CO2 laser radiation
pp.：
420 – 428
Chapter 53. Laser surface alloying of carbon steel and α-Fe with CrB2 particles
pp.：
428 – 436
Chapter 54. Deposition of silica coatings on Incoloy 800H substrates using a high power laser
pp.：
436 – 446
Chapter 55. Influence of an intermediate layer on the residual stress field in a laser clad
pp.：
446 – 454
Chapter 56. Laser surface alloying using metal salt precursors
pp.：
454 – 460
Chapter 57. Corrosion resistance of Fe–Ni–Cr laser surface alloys
pp.：
460 – 468
Author Index
pp.：
468 – 470
Subject Index
pp.：
470 – 476
Metallurgical Coatings and Materials Surface Modifications
( Volume 17 )
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