Boron-doped hydrogenated silicon carbide alloys containing silicon nanocrystallites for highly efficient nanocrystalline silicon thin-film solar cells

Engineering & Materials Science

• Atomic force microscopy 9%
• Boron 60%
• Charge transfer 9%
• Conversion efficiency 16%
• Dilution 8%
• Energy gap 17%
• Gases 4%
• Hydrogen 6%
• Materials properties 6%
• Nanocrystalline silicon 100%
• Nanocrystallites 98%
• Plasma enhanced chemical vapor deposition 10%
• Silicon 42%
• Silicon carbide 57%
• Silicon solar cells 73%
• Solar cells 24%
• Thin film solar cells 81%

Physics & Astronomy

• atomic force microscopy 5%
• augmentation 9%
• boron 46%
• cells 4%
• dilution 7%
• gases 3%
• hydrogen 4%
• matrices 4%
• performance 3%
• silicon 28%
• silicon alloys 68%
• silicon carbides 51%
• solar cells 39%
• thin films 27%
• vapor deposition 5%

Chemical Compounds

• Alloy 37%
• Amorphous Material 5%
• Band Gap 11%
• Charge Transfer 5%
• Conductive Atomic Force Microscopy 11%
• Dilution 6%
• Gas 4%
• Hydrogen 3%
• Liquid Film 25%
• Mixture 3%
• Plasma Enhanced Chemical Vapour Deposition 9%
• Silicon Carbide 59%
• Solar Cell 19%