Liquid phase epitaxial growth and assessment of Pb1−xSn x Te alloys M G AstlesM L Young OriginalPaper Pages: 1 - 41
Highly transparent conductive films of thermally evaporated In2O3 C. A. PanT. P. Ma OriginalPaper Pages: 43 - 57
Tantalum silicide films deposited by dc sputtering J. AngilelloJ. E. E. BaglinE. Tierney OriginalPaper Pages: 59 - 93
Photoluminescence and heterojunction properties of ZnSxSe1-x Epitaxial layers on GaAs and Ge Grown by organometallic CVD W. Stutius OriginalPaper Pages: 95 - 109
The optical band gap of hydrogenated amorphous boron thin films: The effect of substrate temperature L. J. DimmeyH. ParkF. H. Cocks OriginalPaper Pages: 111 - 117
Variation of the thickness and composition of lpe InGaAsP, InGaAs, and InP layers grown from a finite melt by the step-cooling technique L. W. CookM. M. TashimaG. E. Stillman OriginalPaper Pages: 119 - 140
The influence of metal overlayers on electrochromic behavior of Wo3 films A. R. HaranahalliP. H. Holloway OriginalPaper Pages: 141 - 172
Idealized geometric and chemical models for conjugated conducting polymer systems Daniel J. Sandman OriginalPaper Pages: 173 - 183
The use of a metalorganic compound for the growth of InP-epitaxial layers K. W. BenzH. RenzM. H. Pilkuhn OriginalPaper Pages: 185 - 192
Some characteristics of highly N-doped VPE grown GaAs epilayers L. HollanM. BoulouJ. P. Chané OriginalPaper Pages: 193 - 212
Electrical properties and photoluminescence studies of Ge-implanted GaAs S. S. ChanG. T. MarcykB. G. Streetman OriginalPaper Pages: 213 - 238
Growth of High-Quality AlxGa1−xAs By OMVPE for laser devices E. E. WagnerG. HornG. B. Stringfellow OriginalPaper Pages: 239 - 253
Thin-layer liquid phase epitaxy of InGaPAs heterostructures in short intervals (< 100 ms): Non-diffusion-limited crystal growth E. A. RezekB. A. VojakE. A. Sammann OriginalPaper Pages: 255 - 285
The influence of chlorine on the crystal structure and electroluminescent behavior of ZnS:Mn Films in thin film electroluminescent devices Z. K. KunD. LeksellL. J. Sienkiewicz OriginalPaper Pages: 287 - 300
