Preparation and photoelectrochemical applications of chemically synthesized Sb-doped p-AgIn₅S₈ film electrodes

Engineering & Materials Science

• Band structure 60%
• Carrier concentration 61%
• Diffraction patterns 61%
• Electric lamps 48%
• Electrodes 100%
• Energy gap 49%
• Glass 34%
• Indium 56%
• Lighting 34%
• Photocurrents 63%
• Substrates 30%
• Tin oxides 59%
• X ray diffraction 42%

Physics & Astronomy

• diffraction patterns 36%
• electrodes 80%
• energy bands 40%
• glass 25%
• illumination 32%
• indium oxides 42%
• luminaires 41%
• photocurrents 39%
• preparation 95%
• tin oxides 41%
• x rays 19%

Chemical Compounds

• Application 41%
• Band Gap 32%
• Behavior as Electrode 65%
• Cubic Space Group 35%
• Electronic Band Structure 43%
• Glass Substrate 43%
• Illumination 38%
• Liquid Film 63%
• Photocurrent 40%
• X-Ray Diffraction 21%