Band gap reduction in InAsN alloys

INIS

• alloys 100%
• reduction 100%
• plasma 66%
• electrons 66%
• effective mass 66%
• energy gap 66%
• mosses 66%
• concentration 33%
• prediction 33%
• energy 33%
• corrections 33%
• gases 33%
• substrates 33%
• absorption 33%
• nitrogen 33%
• electrical properties 33%
• carriers 33%
• molecular beam epitaxy 33%
• optical properties 33%
• indium phosphides 33%
• energy absorption 33%
• indium arsenides 33%

Physics

• Energy Absorption 25%