Quaternary Alloys Based on IV-VI and IV-VI2 Semiconductors

Chapter 1: Systems based on silicon sulfides. Chapter 2: Systems based on silicon selenides. Chapter 3: Systems based on silicon telluride. Chapter 4: Systems based on germanium sulfides. Chapter 5: Systems based on germanium selenides. Chapter 6: Systems based on germanium telluride. Chapter 7: Systems based on tin sulfides. Chapter 8: Systems based on tin selenides. Chapter 9: Systems based on tin telluride. Chapter 10: Systems based on lead sulfide. Chapter 11: Systems based on lead selenide. Chapter 12: Systems based on lead telluride. References.

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• Tecnologia das microondas
• Física da Matéria Condensada (física do estado sólido e estado líquido)
• Semicondutores e supercondutores
• Física aplicada
• Química
• Ciência dos materiais
• Engenharia electrotécnica
• Física óptica

alloys;impurities;solid state physics;chemistry;compounds;semiconductor devices;solar cells;light emitting diodes;Quasiternary System;Isothermal Sections;Quaternary Compound;Lattice Parameters;Orthorhombic Structure;Monoclinic Structure;Title Compound;Eutectic Type;Fused Silica Tube;Primary Crystallization;Quartz Ampoule;Tetragonal Structure;Alloys Compd;Energy Gap;Ternary Eutectics;Fused Silica;Evacuated Quartz Ampoule;Silica Ampoule;Evacuated Quartz Tube;Silica Tube;Hexagonal Structure;Stoichiometric Mixture;Nonquasibinary Section;Glass Forming Region;Standard Thermodynamic Functions