Electrical property and structural analysis of amphoteric impurity Ge doped GaSe crystal grown by liquid phase growth

Engineering & Materials Science

• Gallium 91%
• Germanium 86%
• Electric properties 68%
• Structural analysis 65%
• Crystals 64%
• Impurities 62%
• Liquids 43%
• Lattice constants 23%
• Doping (additives) 17%
• Carrier concentration 11%
• Vapor pressure 9%
• Single crystals 9%
• Conversion efficiency 8%
• Temperature 3%

Physics & Astronomy

• gallium selenides 100%
• structural analysis 70%
• germanium 57%
• liquid phases 54%
• electrical properties 47%
• impurities 42%
• crystals 31%
• wave generation 9%
• vapor pressure 8%
• temperature gradients 7%
• single crystals 5%

Chemical Compounds

• Selenide 74%
• Electrical Property 54%
• Liquid 35%
• Lattice Constant 17%
• Vapor Pressure 7%
• Wave 7%
• Single Crystalline Solid 5%