Growth and characterization of GaAs_1-x-ySb_xN_y/GaAs heterostructures for multijunction solar cell applications

Engineering & Materials Science

• Multi-junction solar cells 100%
• Heterojunctions 80%
• Characterization (materials science) 54%
• Photoluminescence 50%
• Semiconductor quantum wells 48%
• Nitrogen plasma 28%
• Lattice mismatch 27%
• Plasma sources 25%
• Molecular beam epitaxy 23%
• Secondary ion mass spectrometry 23%
• Buffer layers 22%
• X ray diffraction analysis 19%
• Nitrides 18%
• Energy gap 17%
• Solar cells 16%
• Crystals 15%
• Nitrogen 14%
• Plasmas 14%
• Ignition 13%
• Stabilization 13%
• Chemical analysis 10%
• Temperature 6%

Chemical Compounds

• Solar Cell 53%
• Photoluminescence 47%
• Molecular Beam Epitaxy 44%
• Alloy 43%
• Plasma 38%
• Nitrogen 37%
• Secondary Ion Mass Spectroscopy 33%
• Band Gap 23%
• Buffer Solution 20%
• Application 19%
• X-Ray Diffraction 15%
• Liquid Film 14%
• Energy 14%

Physics & Astronomy

• solar cells 45%
• characterization 34%
• quantum wells 23%
• photoluminescence 21%
• nitrogen plasma 19%
• secondary ion mass spectrometry 15%
• ignition 14%
• nitrides 14%
• radio frequencies 13%
• molecular beam epitaxy 13%
• stabilization 13%
• buffers 13%
• nitrogen 11%
• optimization 10%
• diffraction 8%
• crystals 7%
• x rays 6%
• energy 4%