Significant reduction in NiO band gap upon formation of Li_x Ni_1-xO alloys: Applications to solar energy conversion

Engineering & Materials Science

• Nickel oxide 100%
• Energy gap 72%
• Energy conversion 64%
• Solar energy 57%
• Charge transfer 54%
• Semiconductor materials 37%
• Conduction bands 36%
• Photocathodes 35%
• Carrier lifetime 33%
• Quantum theory 30%
• Dye-sensitized solar cells 30%
• Band structure 29%
• Hydrogen production 23%
• Impurities 20%
• Hydrogen 16%
• Water 11%

Earth & Environmental Sciences

• energy conversion 75%
• semiconductor 68%
• solar energy 68%
• nickel 55%
• hydrogen 49%
• quantum mechanics 47%
• oxide 47%
• solar cell 41%
• dye 29%
• calculation 17%
• material 12%
• water 9%

Chemical Compounds

• Band Gap 47%
• Alloy 44%
• Oxide 34%
• Semiconductor 32%
• Impurity Level 30%
• Charge Transfer 29%
• Reduction 28%
• Quantum Mechanics 24%
• Conduction Band 22%
• Electronic Band Structure 21%
• Application 19%
• Hydrogen 10%