Solar Cells, 30 (1991) 573-574 Author Index of Volume 30 Abou-Elfotouh, F. A., 151, Crandall, R. S., 15 Kaminski, D. A., 323 473 Currie, J. F., 403 Kampas, F., 559 Ahrenkiel, R. K., 163 Kapur, V. K., 143 Albin, D. S., 21, 41, 47, 69 Diawara, Y., 403 Kazmerski, L. L., 151 Albright, S. P., 137 Dip, A., 305 Keyes, B. M., 163 Anderson, W. A., 403 Doty, J., 529 Kolawa, E., 451 Arya, R. R., 261 Duda, A., 41, 47 Kolesar, J., 559 Avery, J. E., 355 Dunlavy, D. J., 163 Kurtz, S. R., 501 Aydinli, A., 79 Eberspacher, C., 131 Lane, C. G., 563 Elsholz, K., 529 Li, X., 459 Bailey, B., 529 Emery, K. A., 363 Li, Y., 261 Bakry, A., 151 Erdogan, M. U., 305 Li, Y. M., 245 Ballantyne, R. J., 355 Ermer, J. H., 131 Liu, S., 79 Baron, B. N., 255 Etemadi, K., 403 Lucovsky, G., 419 Basol, B. M., 143 Luft, W., 195 Bedair, S. M., 305 Faine, P., 501 Lundstrom, M., 337 Bennett, M., 261 Fardig, D. A., 61 Lush, G., 337 Bhat, A., 79 Ferekides, C., 123 Bhat, P. K., 271 Fieselmann, B., 261 MacDougal, M. H., 109 Birkmire, R. W., 61 Fortmann, C. M., 255 Mahan, A. H., 15 Bohn, R. G., 79 Fraas, L. M., 355 Malocsay, E., 355 Branz, H. M., 219 Fthenakis, V. M., 89 Matson, R., 41, 47 Britt, J., 123 McCandless, B. E., 61 Gay, R. R., 131, 549 McMahon, T. J., 235 Gessert, T. A., 363, 459 Cahen, D., 53 Melloch, M. R., 313 Ghandhi, S. K., 323 Cannon, T., 489 Mitchell, K. W., 131 Goldstein, B., 261 Carapella, J., 41 Mondal, A., 61 Gong, J. R., 305 Carlson, D. E., 277 Mooney, G. D., 41, 47, 69 Gordon, R. G., 437 Catalano, A., 261 Morris, J., 261 Grez, J., 559 Chamberlin, R. R., 137 Moskowitz, P. D., 89 Gruenbaum, P. E., 355 Chatham, H., 271 Moutinho, H., 151 Chen, G., 123 Myers, D., 489 Han, D., 219 Chen, J. S., 451 Hegedus, S. S., 255 Chesarek, W., 131 Nemanich, R. J., 419 Hermann, A. M., 69 Chinoy, P. B., 323 Newton, J., 261 Hills, J. S., 345 Chu, S. S., 123 Nguyen, M., 79 Horner, G. S., 473 Chu, T. L., 123 Nicolet, M.-A., 451 Hu, J., 437 Chung, D. D. L., 403 Noufi, R., 21, 41, 47, 53, Hulstrom, R., 489 Ciszek, T. F., 5 69 Hummel, J. J., 549 Cochrane, R. W., 403 Huse, W., 529 Cohen, J. D., 293 Ogden, J. M., 515 Hussien, S. A., 305 Coleman, J., 403 Olson, J. M., 501 Collins, G. J., 415 Ichikawa, Y., 285 Osterwald, C. R., 363 Colpitts, T. S., 345 Isomura, M., 177 Colter, P., 305 Pang, D., 245 Compaan, A., 79 Jensen, C., 549 Paul, W., 245 Coutts, T. J., 151, 363, Jones, S. J., 245 Perez, R., 529 459, 473 Jordan, J. F., 137 Périard, M., 403 Elsevier Sequoia/Printed in The Netherlands 574 Petersen, R. C., 383 Sopori, B. L., 373 Wagner, S., 177 Phillips, J. E., 61 Sridhar, N., 403 Wallace, R., 403 Pihlstrom, B. G., 415 Stafford, B., 195 Wang, C., 419 Pool, F. S., 391 Steward, R., 529 Wang, K., 219 Poplawski, C., 261 Street, R. A., 207 Wang, Z., 403 Pratt, R. G., 535 Sudharsanan, R., 109 Wanlass, M. W., 363, 473 Ward, J. S., 363 Wetsel, A. E., 245 Rajan, K., 261 Tabory, C., 79 Ramos, A. R., 549 Wie, C. R., 403 Tarrant, D. E., 549 Ringel, S. A., 109 Wiedeman, S., 261 Thompson, L. R., 415 Riordan, C., 489 Willett, D. R., 131 Timmons, M. L., 345 Rohatgi, A., 109 Williams, M. J., 419 Tsien, L.-M., 79 Rosenthal, A. L., 563 Williamson, D. L., 15 Tsuo, Y. S., 15 Ruiz, R. P., 451 Wohlgemuth, J. H., 383 Turner, W. A., 245 Wood, G., 261 Tuttle, J., 41, 47 Wu, C. Q., 123 Sakai, H., 285 Tuttle, J. R., 21, 69 Sasala, R. A., 101 Xie, K., 403 Schiff, E. A., 227 Xu, X., 177 Unold, T., 293 Schultz, N., 123 Xu, Y., 15 Shafarman, W. N., 61 Shen, D. S., 271 Varrin, Jr., R. D., 61 Yang, L., 261 Shing, Y. H., 391 Venkatasubramanian, R., Yi, J., 403 Silver, M., 219 345 Sites, J. R., 101 von Roedern, B., 195 Zhou, T. X., 255 Solar Cells, 30 (1991) 575-580 Subject Index of Volume 30 AlGaAs growth and process optimization of advances in the development of an CdTe and CdZnTe polycrystalline AlGaAs/GaAs cascade solar cell films for high efficiency solar cells, using a patterned germanium tunnel 109 interconnect, 345 CdZnTe II—VI alloys growth and process optimization of thin films of II-VI compounds and CdTe and CdZnTe polycrystalline alloys, 123 films for high efficiency solar cells, Annealing 109 annealing effects on individual loss III—V cells mechanisms in CulnSe, solar cells, thin film approaches for high-efficiency 101 III—V cells, 337 crystallized amorphous silicon for low- Chalcogenide cost solar cells, 403 surface passivation of polycrystalline, defect equilibration and metastability in chalcogenide based photovoltaic low-spin-density amorphous hydro- cells, 53 genated silicon, 235 Charge-carrier lifetimes surface passivation of polycrystalline, silicon float-zoned crystal growth for chalcogenide based photovoltaic high minority charge-carrier lifetime cells, 53 material applications, 5 Arsenic Chemical vapor deposition low temperature homoepitaxial growth crystallized amorphous silicon for low- of GaAs by dissociating trimethyl- cost solar cells, 403 gallium and trimethylarsenic in a re- textured fluorine-doped ZnO films by mote hydrogen plasma, 415 atmospheric pressure chemical va- Atomic layer epitaxy por deposition and their use in materials aspects of multijunction solar amorphous silicon solar cells, cells, 305 437 Chemical-vapor deposition deposition of uwc-Si and yuc-Si-C thin films by remote plasma-enhanced Cadmium telluride chemical-vapor deposition, 419 cadmium telluride module development, II-VI compounds 137 thin films of II-VI compounds and Cascade solar cell alloys, 123 advanced in the development of an Computer simulations AlGaAs/GaAs cascade solar cell high-performance concentrator tandem using a patterned germanium tunnel solar cells based on IR-sensitive bot- interconnect, 345 tom cells, 363 Cd(Zn)Te Concentrator efficiencies preparation of Cd(Zn)Te and CulnSe, high-performance concentrator tandem films and devices by a two-stage solar cells based on IR-sensitive bot- process, 143 tom cells, 363 CdTe Conversion efficiencies advances in CulnSe, and CdTe thin overview of amorphous silicon photo- film solar cells, 61 voltaic module development, 277 fabrication of CdTe solar cells by laser- review of the application of molecular driven physical vapor deposition, beam epitaxy for high efficiency so- 79 lar cell research, 313 Elsevier Sequoia/Printed in The Netherlands 576 Conversion efficiency Degradation tandem gallium solar cell voltage- field test results for the 6 MW Carrizo matched circuit performance projec- solar photovoltaic power plant, 563 tions, 355 the effects of impurities on the light- Copper induced degradation of hydrogen- Cu/ln deposited at room temperature: ated amorphous silicon, 293 morphology, phases and reactions, three-year performance and reliability 451 analysis of a 4 kW amorphous— the phase behavior of evaporated cop- silicon photovoltaic system in Michi- per and indium precursors for selen- gan, 535 ization, 41 Density of states Cost distribution of the density of states of cost and performance sensitivity studies bonded hydrogen in amorphous hy- for solar photovoltaic/electrolytic drogenated silicon, 207 hydrogen systems, 515 Device geometry Crystal growth non-linear recombination processes in silicon float-zoned crystal growth for photovoltaic semiconductors, 163 high minority charge-carrier lifetime Disilane material applications, 5 High-deposition-rate amorphous silicon CulnSe, solar cells: silane or disilane?, 271 advances in CulnSe, and CdTe thin film solar cells, 61 annealing effects on individual loss Electroluminescence mechanisms in CulnSe, solar cells, electroluminescence studies of recombi- 101 nation in hydrogenated amorphous characterization of the defect levels in silicon p—i—n devices, 219 copper indium diselenide, 151 Electrolytic hydrogen CulnSe, module environmental reliabil- cost and performance sensitivity studies ity, 549 for solar photovoltaic /electrolytic CulnSe, photovoltaic modules, 131 hydrogen systems, 515 enhanced grain growth in polycrystal- Electron cyclotron resonance line CulnSe, using rapid thermal electron cyclotron resonance microwave processing, 47 plasma deposition of a-Si:H and preparation of Cd(Zn)Te and CulnSe, a-SiC:H films, 391 films and devices by a two-stage Electron mobility process, 143 hydrogen content and the goal of sta- the formation of CulnSe, thin films by rapid thermal processing, 69 ble efficient amorphous-silicon-based thoughts on the microstructure of poly- solar cells, 255 crystalline thin film CulnSe, and its Electron spin resonance impact on material and device per- defect equilibration and metastability in formance, 21 low-spin-density amorphous hydro- genated silicon, 235 Ellipsometry broad band spectroscopic ellipsometry Defect equilibration defect equilibration and metastability in for the characterization of photo- low-spin-density amorphous hydro- voltaic materials, 473 genated silicon, 235 Encapsulation Defect levels crystallized amorphous silicon for low- characterization of the defect levels in cost solar cells, 403 copper indium diselenide, 151 solarex experience with ethylene vinyl Defects acetate encapsulation, 383 what can we learn from the saturation Encapsulation design of light-induced defects in amor- cadmium telluride module development, phous hydrogenated silicon?, 177 137 Environmental issues Grid metallization environmental, health and safety issues practical guidelines for grid metalliza- associated with the manufacture and tion in photovoltaic solar cell re- use of II—VI photovoltaic devices, search, 459 89 Growth optimization Environmental reliability growth and process optimization of CulnSe, module environmental reliabil- CdTe and CdZnTe polycrystalline ity, 549 films for high efficiency solar cells, Ethylene vinyl acetate 109 field test results for the 6 MW Carrizo solar photovoltaic power plant, 563 Health issues solarex experience with ethylene vinyl environmental, health and safety issues acetate encapsulation, 383 associated with the manufacture and Eureka modules use of II-VI photovoltaic devices, reliability studies of Eureka modules, 89 559 High efficiency growth and process optimization of Fluorine CdTe and CdZnTe polycrystalline textured fluorine-doped ZnO films by films for high efficiency solar cells, atmospheric pressure chemical va- 109 por deposition and their use in High-deposition-rate amorphous silicon solar cells, 437 high-deposition-rate amorphous silicon solar cells: silane or disilane?, 271 GaAs Homoepitaxial growth advances in the development of an low temperature homoepitaxial growth AlGaAs/GaAs cascade solar cell of GaAs by dissociating trimethyl- using a patterned germanium tunnel gallium and trimethylarsenic in a re- interconnect, 345 mote hydrogen plasma, 415 low temperature homoepitaxial growth Hydrogen of GaAs by dissociating trimethyl- cost and performance sensitivity studies gallium and trimethylarsenic in a re- for solar photovoltaic/electrolytic mote hydrogen plasma, 415 hydrogen systems, 515 Gallium distribution of the density of states of low temperature homoepitaxial growth bonded hydrogen in amorphous hy- of GaAs by dissociating trimethyl- drogenated silicon, 207 gallium and trimethylarsenic in a re- hydrogen content and the goal of sta- mote hydrogen plasma, 415 ble efficient amorphous-silicon-based tandem gallium solar cell voltage- solar cells, 255 matched circuit performance projec- tions, 355 Impurites Germanium the effects of impurtities on the light- advanced in the development of an induced degradation of hydrogen- AlGaAs/GaAs cascade solar cell ated amorphous silicon, 293 using a patterned germanium tunnel Indium interconnect, 345 Cu/In deposited at room temperature: recent amorphous silicon research re- sults at the Solar Energy Research morphology, phases and reactions, Institute, 15 451 structural, optical, and electrical studies the phase behavior of evaporated cop- of amorphous hydrogenated germa- per and indium precursors for selen- nium, 245 ization, 41 Grain growth Individual loss mechanisms enhanced grain growth in polycrystal- annealing effects on individual loss line CulnSe, using rapid thermal mechanisms in CulnSe, solar cells, processing, 47 101 578 Laminates progress on high performance multi- field test results for the 6 MW Carrizo junction amorphous hydrogenated solar photovoltaic power plant, 563 silicon alloy based solar cells and Laser modules, 261 fabrication of CdTe solar cells by laser- three-years performance and reliability driven physical vapor deposition, 79 analysis of a 4 kW amorphous— Load reduction silicon photovoltaic system in Michi- early experiences of the 15 kW NMPC gan, 535 demand-side management photovol- Molecular beam epitaxy taic project, 529 review of the application of molecular beam epitaxy for high efficiency so- Materials lar cell research, 313 a novel reactor for large-area epitaxial Morphology solar cell materials, 323 Cu/In deposited at room temperature: broad band spectroscopic ellipsometry morphology, phases and reactions, for the characterization of photo- 451 voltaic materials, 473 thoughts on the microstructure of poly- materials aspects of multijunction solar crystalline thin film CulnSe, and its cells, 305 impact on material and device per- silicon solar cell materials research: formance, 21 current progress and future needs, Multijunction 373 the difference between standard and Metastability average efficiencies of multijunction defect equilibration and metastability in compared with single-junction con- low-spin-density amorphous hydro- centrator cells, 501 genated silicon, 235 distribution of the density of states of bonded hydrogen in amorphous hy- Passivation drogenated silicon, 207 surface passivation of polycrystalline, Microdefects chalcogenide based photovoltaic silicon float-zoned crystal growth for cells, 53 high minority charge-carrier lifetime Phase behavior material applications, 5 the phase behavior of evaporated cop- Microstructure per and indium precursors for selen- recent amorphous silicon research re- ization, 41 sults at the Solar Energy Research Photocarrier drift Institute, 15 photocarrier drift measurements and structural, optical, and electrical studies solar cell models for amorphous sili- of amorphous hydrogenated germa- con, 227 nium, 245 Photochemical vapor deposition the phase behavior of evaporated cop- hydrogen content and the goal of sta- per and indium precursors for selen- ble efficient amorphous-silicon-based ization, 41 solar cells, 255 thoughts on the microstructure of poly- Photoconductive films crystalline thin film CulnSe, and its structural, optical, and electrical studies impact on material and device per- of amorphous hydrogenated germa- formance, 21 nium, 245 Microwave plasmas Photoluminescence electron cyclotron resonance microwave characterization of the defect levels in plasma deposition of a-Si:H and copper indium diselenide, 151 a-SiC:H films, 391 Photon recycling Modules non-linear recombination processes in CulnSe, module environmental reliabil- photovoltaic semiconductors, ity, 549 163 II-VI photovoltaic devices Reliability analysis environmental, health and safety issues three-year performance and reliability associated with the manufacture and analysis of a 4 kW amorphous— use of II-VI photovoltaic devices, silicon photovoltaic system in Michi- 89 gan, 535 Photovoltaic module advances in double-junction amorphous Safety issues silicon photovoltaic modules, 285 environmental, health and safety issues overview of amorphous silicon photo- associated with the manufacture and voltaic module development, 277 use of II-VI photovoltaic devices, Photovoltaic modules 89 cadmium telluride module development, Sandblasting 137 reliability studies of Eureka modules, CulnSe, photovoltaic modules, 131 559 needs of the amorphous silicon pro- Saturation gram with respect to stabilized mod- what can we learn from the saturation ule performance, 195 of light-induced defects in amor- solarex experience with ethylene vinyl phous hydrogenated silicon?, 177 acetate encapsulation, 383 Selenization Photovoltaic semiconductors advances in CulnSe, and CdTe thin non-linear recombination processes in film solar cells, 61 photovoltaic semiconductors, the phase behavior of evaporated cop- 163 per and indium precursors for selen- Process optimization ization, 41 growth and process optimization of Silane CdTe and CdZnTe polycrystalline high-deposition-rate amorphous silicon films for high efficiency solar cells, solar cells: silane or disilane?, 271 109 Silicon advances in double-junction amorphous Radiation silicon photovoltaic modules, 285 solar radiation research for photovol- crystallized amorphous silicon for low- taic applications, 489 cost solar cells, 403 Rapid thermal processing defect equilibration and metastability in enhanced grain growth in polycrystal- low-spin-density amorphous hydro- line CulnSe. using rapid thermal genated silicon, 235 processing, 47 deposition of uc-Si and yuc-Si-C thin the formation of CulnSe, thin films by films by remote plasma-enhanced rapid thermal processing, 69 chemical-vapor deposition, 419 Reactor distribution of the density of states of a novel reactor for large-area epitaxial bonded hydrogen in amorphous hy- solar cell materials, 323 drogenated silicon, 207 Recombination electroluminescence studies of recombi- electroluminescence studies of recombi- nation in hydrogenated amorphous nation in hydrogenated amorphous silicon p—i—n devices, 219 silicon p—i—n devices, 219 electron cyclotron resonance microwave non-linear recombination processes in plasma deposition of a-Si:H and photovoltaic semiconductors, 163 a-SiC:H films, 391 surface passivation of polycrystalline, high-deposition-rate amorphous silicon chalcogenide based photovoltaic solar cells: silane or disilane?, 271 cells, 53 hydrogen content and the goal of sta- thin film approaches for high-efficiency ble efficient amorphous-silicon-based III-V cells, 337 solar cells, 255 Reliability needs of the amorphous silicon pro- reliability studies of Eureka modules, gram with respect to stabilized mod- 559 ule performance, 195 580 overview of amorphous silicon photo- broad band spectroscopic ellipsometry voltaic module development, 277 for the characterization of photovol- photocarrier drift measurements and taic materials, 473 solar cell models for amorphous sili- CulnSe, photovoltaic modules, 131 con, 227 deposition of uc-Si and ue-Si-C thin films by remote plasma-enhanced progress on high performance multi- chemical-vapor deposition, 419 junction amorphous hydrogenated needs of the amorphous silicon pro- silicon alloy based solar cells and gram with respect to stabilized mod- modules, 261 ule performance, 195 recent amorphous silicon research re- surface passivation of polycrystalline, sults at the Solar Energy Research chalcogenide based photovoltaic Institute, 15 cells, 53 silicon float-zoned crystal growth for the formation of CulnSe, thin films by high minority charge-carrier lifetime rapid thermal processing, 69 material applications, 5 thin film approaches for high-efficiency silicon solar cell materials research: III—-V cells, 337 current progress and future needs, thin films of II-VI compounds and al- 373 loys, 123 textured fluorine-doped ZnO films by thoughts on the microstructure of poly- atmospheric pressure chemical va- crystalline thin film CulnSe, and its por deposition and their use in impact on material and device per- amorphous silicon solar cells, 437 formance, 21 the effects of impurities on the light- Thin films induced degradation of hydrogen- electron cyclotron resonance microwave plasma deposition of a-Si:H and ated amorphous silicon, 293 a-SiC:H films, 391 three-year performance and reliability preparation of Cd(Zn)Te and CulnSe, analysis of a 4 kW amorphous— films and devices by a two-stage silicon photovoltaic system in Michi- process, 143 gan, 535 Transport properties what can we learn from the saturation recent amorphous silicon research re- of light-induced defects in amor- sults at the Solar Energy Research phous hydrogenated silicon?, 177 Institute, 15 Silicon module early experiences of the 15 kW NMPC Vapor deposition demand-side management photovol- fabrication of CdTe solar cells by laser- taic project, 529 driven physical vapor deposition, 79 Single-junction review of the application of molecular the difference between standard and beam epitaxy for high efficiency so- average efficiencies of multijunction lar cell research, 313 compared with single-junction con- X-ray scattering centrator cells, 501 recent amorphous silicon research re- sults at the Solar Energy Research Tandem designs Institute, 15 high-performance concentrator tandem solar cells based on IR-sensitive bot- ZnO tom cells, 363 textured fluorine-doped ZnO films by Thin film atmospheric pressure chemical va- advances in CulnSe, and CdTe thin por deposition and their use in film solar cells, 61 amorphous silicon solar cells, 437