Table Of Content

Surface and Coatings Technology, 48 (1991) 261 Author Index of Volume 48 Ageev, V. P., 199 Elinson, V. M., 189 Jalwania, C. R., 233 Pawlowski, L., 219 Anisimova, M. A., 13 Esser, S., 175, 253 Jeng, M.-C., 225 Peyre, J. P., 181 Julia-Schmutz, C., 1 Pypkin, B. N., 193, 199 Jurgens, A., 253 Bacci, T., 131 Fenineche, N., 205 Roos, A., 41 Baranov, A. M., 189 Ferrari, M., 147° Barna, A., 169 Friesen, T., 169 Khan, I. D., 199 Startwell, B. D., 69 Barna, P. B., 169 Froechtenigt, J. F., 113 Kirpilenko, G. G., 199 Scardi, P., 131 Benmalek, M., 181 Fiisser, H.-J., 97 Kondrashov, P. E., 189 Schwaminger, Ch., 103 Beregovsky, V. V., 13 Kustas, F. M., 113 Schweitzer, K. K., 103 Kuzin, A. A., 189 Senkara, J., 211 Gasin, D. A., 7 Kuzmichev, A. V., 199 Sharma, B. L., 233 Cartier, M., 241 Gianoglio, C., 131 Kuznetsov, E. V., 13 Shepard, D. F., 113 Cashell, E. M., 241 Gimenez, P., 181 Shergin, G. G., 13 Chang, F., 31 Gissler, W., 169 Shesterkin, N. G., 13 Chang, J. F., 155 Glushko, T. N., 199 Lelogeais, M., 121 Sleptsov, V. V., 189 Chang, Y. S., 155 Gredié, T., 25 Lemmer, O., 175, 253 Sundgren, J.-E., 51 Chen, C. H., 155 Greene, J. E., 51 Levy, M., 31 Leyendecker, T., 175, 253 Tang, F., 249 Chen, D., 249 Chen, Y.-I., 163 Hakansson, G., 51 Lin, C. Y., 155 Tesi, B., 131 Cirolini, S., 137 Harding, J. H., 137, 147 Lin, W. L., 237 Tournier, C., 181 Coddet, C., 205 Haupt, J., 169 Uryukov, B. A., 7 Hedengqvist, P., 41 Ma, S. M., 155 Hintermann, H. E., 1 Ma, Z., 249 Whosinski, W., 211 Doong, J.-L., 225 Huang, F. H., 155 Marchese, M., 147 Dorfman, V. F., 193, 199 Xia, Z., 237 Hultman, L., 51 McDonnell, L., 241 Ducarroir, M., 121 Duh, J.-G., 163 Misra, M. S., 113 Yan, L.-Y., 225 Dunaev, B. N., 199 Ivanovsky, G. F., 189 Miinz, W.-D., 51, 81 Yan, Y. Q., 211 Youchison, D. L., 69 Nowak, W. B., 31 Ebberink, J., 175, 253 Jackman, B., 31 Zhang, G. L., 237 Eddy Jr., C. R., 69 Jacucci, G., 137 Zieh], M. H., 103 El Kedim, O., 205 Jain, V. K., 233 Oechsner, H., 97 Ziatanovié, M., 19, 25 Elsevier Sequoia, Lausanne Surface and Coatings Technology, 48 (1991) 263-265 Subject Index of Volume 48 Aluminium Diamond film deposition deposition of (Ti, Al)N coatings on plasma nitrided steel, diamond thin film growth on silicon at temperatures 19 between 500 and 600 °C using an electron cyclotron high dose, low energy implantation of nitrogen in silicon, resonance microwave plasma source, 69 niobium and aluminium, 97 Diamond-coated tools plasma deposition of (Ti, Al)N coatings at various magne- industrial application of crystalline diamond-coated tools, tron discharge power levels, 25 253 the development of the PVD coating TiAIN as a commer- Diamond-like carbon cial coating for cutting tools, 175 amorphous solid systems: diamond-like carbon, carbides, the properties of plasma sprayed aluminium—aluminium ox- films and multilayer structures, 193 ide cermets, 219 Diamond-like films Amorphous solid systems amorphous solid systems: diamond-like carbon, carbides, amorphous solid systems: diamond-like carbon, carbides, films and multilayer structures, 193 films and multilayer structures, 193 on some properties and applications of tungsten-alloyed Arsenic amorphous carbon films, 199 tailoring of Schottky barrier heights in Si and GaAs using properties of diamond-like films formed by ion-assisted metal alloys, 233 methods for multilayer structures, 189 Electrodeposition Bond strength tests the effect of pulse parameters on the electrodeposition of improved methods for testing bond and intrinsic strength Co-Ni alloys, 205 and fatigue of thermally sprayed metallic and ceramic Electron beam method coatings, 103 electron beam induced modification of nickel coated Boron molybdenum surfaces, 211 structural characterization of vanadized boride layers on Electron cyclotron resonance steel, 249 diamond thin film growth on silicon at temperatures synthesis of BN films by ion beam deposition, 237 between 500 and 600 °C using an electron cyclotron ultrahard coatings from Ti-BN multilayers and by co- resonance microwave plasma source, 69 sputtering, 169 Erosion resistance wear of pyrolytic tin oxide and anodized aluminium oxide Calcium carbonate coatings on aluminium, 41 high performance metallic multilayer thin films on modi- fied polypropylene with calcium carbonate fillers, 155 Friction Carbon friction of tungsten carbide—cobalt coatings obtained by evaluation of some mechanical properties of SiC films means of plasma spraying, 241 deposited on steel by plasma-assisted chemical vapour deposition from tetramethylsilane, 121 Gallium friction of tungsten carbide—-cobalt coatings obtained by tailoring of Schottky barrier heights in Si and GaAs using means of plasma spraying, 241 metal alloys, 233 Ceramics improved methods for testing bond and intrinsic strength and fatigue of thermally sprayed metallic and ceramic Hard coatings deposition of (Ti, Al)N coatings on plasma nitrided steel, coatings, 103 19 the properties of plasma sprayed aluminium—aluminium plasma deposition of (Ti, Al)N coatings at various magne- oxide cermets, 219 Cobalt tron discharge power levels, 25 tribological performance of hard carbon coatings on 440C the effect of pulse parameters on the electrodeposition of bearing steel, 113 Co-Ni alloys, 205 wear behaviour of cobalt-based alloys in laser surface clad- wear of pyrolytic tin oxide and anodized aluminium oxide coatings on aluminium, 41 ding, 225 Computer simulation Heat-resistant coatings magnetron sputter deposition of heat-resistant coatings on computer simulation of plasma-sprayed coatings high temperature alloys, 13 I. Coatings deposition model, 137 computer simulation of plasma-sprayed coatings II. Effective bulk properties and thermal stress calcula- Ion beam deposition tions, 147 synthesis of BN films by ion beam deposition, 237 Corrosion-resistant coatings Ion-assisted deposition assessment of corrosion-resistant coatings for a depleted properties of diamond-like films formed by ion-assisted uranium-0.75 titanium alloy, 31 methods for multilayer structures, 189 Elsevier Sequoia 264 Laser surface cladding Physical vapour deposition wear behaviour of cobalt-based alloys in laser surface clad- characterization and comparison of TiN layers deposited ding, 225 by different physical vapour deposition processes, 181 the unbalanced magnetron: current status of development, 81 Magnetron discharge microstructures of TiN films grown by various physical plasma deposition of (Ti, AI)N coatings at various magnetron discharge power levels, 25 vapour deposition techniques, 51 Plasma method Mechanical properties evaluation of some mechanical properties of SiC films evaluation of some mechanical] properties of SiC films deposited on steel] by plasma-assisted chemical vapour deposited on steel by plasma-assisted chemical vapour deposition from tetramethylsilane, 121 deposition from tetramethylsilane, 121 Plasma spraying Metallic coatings friction of tungsten carbide-cobalt coatings obtained by improved methods for testing bond and intrinsic strength means of plasma spraying, 241 and fatigue of thermally sprayed metallic and ceramic the properties of plasma sprayed aluminium—aluminium coatings, 103 oxide cermets, 219 Microdiffraction Plasma vapour deposition surface phase definition by microdiffractometry in ion- assessment of corrosion-resistant coatings for a depleted nitrided a—B—Ti alloys, 131 uranium-0.75 titanium alloy, 31 Microscratch test the development of the PVD coating TiAIN as a commer- microscratch testing to characterize the adhesion of thin cial coating for cutting tools, 175 layers, 1 Plasma-sprayed coatings Microstructures application of coatings using pulsed-plasma flows, 7 microstructures of TiN films grown by various physical computer simulation of plasma-sprayed coatings vapour deposition techniques, 51 I. Coatings deposition model, 137 Molybdenum computer simulation of plasma-sprayed coatings electron beam induced modification of nickel coated II. Effective bulk properties and thermal stress calcula- molybdenum surfaces, 211 tions, 147 Multilayer structures Polypropylene amorphous solid systems: diamond-like carbon, carbides, high performance metallic multilayer thin films on modi- films and multilayer structures, 193 fied polypropylene with calcium carbonate fillers, 155 properties of diamond-like films formed by ion-assisted Pulse parameters methods for multilayer structures, 189 the effect of pulse parameters on the electrodeposition of Co-Ni alloys, 205 Nickel characterization and comparison of TiN layers deposited Schottky barriers by different physical vapour deposition processes, 181 tailoring of Schottky barrier heights in Si and GaAs using electron beam induced modification of nickel coated metal alloys, 233 molybdenum surfaces, 211 Silicon the effect of pulse parameters on the electrodeposition of diamond thin film growth on silicon at temperatures Co-Ni alloys, 205 between 500 and 600 °C using an electron cyclotron TiN coatings on mild steel substrates with electroless resonance microwave plasma source, 69 nickel as an interlayer, 163 evaluation of some mechanical properties of SiC films Niobium deposited on steel by plasma-assisted chemical vapour high dose, low energy implantation of nitrogen in silicon, deposition from tetramethylsilane, 121 niobium and aluminium, 97 high dose, low energy implantation of nitrogen in silicon, Nitridation niobium and aluminium, 97 surface phase definition by microdiffractometry in ion- tailoring of Schottky barrier heights in Si and GaAs using nitrided a—B—Ti alloys, 131 metal alloys, 233 Nitrides Sputter deposition deposition of (Ti, Al)N coatings on plasma nitrided steel, magnetron sputter deposition of heat-resistant coatings on 19 high temperature alloys, 13 plasma deposition of (Ti, Al)N coatings at various magne- Sputtering tron discharge power levels, 25 ultrahard coatings from Ti-BN multilayers and by co-sput- Nitrogen tering, 169 Steel high dose, low energy implantation of nitrogen in silicon, deposition of (Ti, Al)N coatings on plasma nitrided steel, niobium and aluminium, 97 19 synthesis of BN films by ion beam deposition, 237 evaluation of some mechanical properties of SiC films the development of the PVD coating TiAIN as a commer- cial coating for cutting tools, 175 deposited on steel by plasma-assisted chemical vapour deposition from tetramethylsilane, 121 ultrahard coatings from Ti-BN multilayers and by co- structural characterization of vanadized boride layers on sputtering, 169 steel, 249 TiN coatings on mild steel substrates with electroless Oxides nickel as an interlayer, 163 wear of pyrolytic tin oxide and anodized aluminium oxide tribological performance of hard carbon coatings on 440C coatings on aluminium, 41 bearing steel, 113 Structure surface phase definition by microdiffractometry in ion- structural characterization of vanadized boride layers on nitrided a—B-Ti alloys, 131 steel, 249 the development of the PVD coating TiAIN as a commer- Surface phase definition cial coating for cutting tools, 175 surface phase definition by microdiffractometry in ion- TiN coatings on mild steel substrates with electroless nitrided a—B-Ti alloys, 131 nickel as an interlayer, 163 ultrahard coatings from Ti-BN multilayers and by co- sputtering, 169 Thermal stress Tribology computer simulation of plasma-sprayed coatings friction of tungsten carbide-cobalt coatings obtained by II. Effective bulk properties and thermal stress calcula- means of plasma spraying, 241 tions, 147 tribological performance of hard carbon coatings on 440C Thin coatings bearing steel, 113 microscratch testing to characterize the adhesion of thin Tungsten layers, 1 friction of tungsten carbide-cobalt coatings obtained by Thin films means of plasma spraying, 241 high performance metallic multilayer thin films on modi- on some properties and applications of tungsten-alloyed fied polypropylene with calcium carbonate fillers, 155 amorphous carbon films, 199 Titanium assessment of corrosion-resistant coatings for a depleted Ultrahard coatings uranium-0.75 titanium alloy, 31 ultrahard coatings from Ti-BN multilayers and by co- characterization and comparison of TiN layers deposited sputtering, 169 by different physical vapour deposition processes, 181 Uranium deposition of (Ti, Al)N coatings on plasma nitrided steel, assessment of corrosion-resistant coatings for a depleted 19 uranium-0.75 titanium alloy, 31 microstructures of TiN films grown by various physical vapour deposition techniques, 51 Wear behaviour plasma deposition of (Ti, Al)N coatings at various magne- wear behaviour of cobalt-based alloys in laser surface clad- tron discharge power levels, 25 ding, 225