Photoconductivity/dark conductivity studies of chlorogallium phthalocyanine thin films on interdigitated microcircuit arrays

Engineering & Materials Science

• Atmospheric pressure 20%
• Charge transfer 11%
• Chemical sensors 10%
• Dark currents 13%
• Doping (additives) 9%
• Electric potential 13%
• Electric space charge 11%
• Electrodes 6%
• Electrons 8%
• Gases 5%
• Gold 9%
• Impurities 8%
• Lighting 14%
• Metals 5%
• Photoconductivity 100%
• Photocurrents 38%
• Purification 10%
• Thin films 50%
• Ultrahigh vacuum 14%
• Ultrathin films 28%

Physics & Astronomy

• assemblies 9%
• atmospheric pressure 15%
• augmentation 5%
• cells 4%
• charge transfer 7%
• cleanliness 12%
• conductivity 35%
• dark current 9%
• electric potential 14%
• electrodes 5%
• electrons 3%
• energy 2%
• gases 4%
• gold 6%
• illumination 13%
• impurities 5%
• luminous intensity 8%
• metals 4%
• microelectronics 54%
• photoconductivity 54%
• photocurrents 24%
• purification 10%
• sensors 5%
• space charge 7%
• thin films 27%
• traps 20%
• ultrahigh vacuum 8%

Chemical Compounds

• Behavior as Electrode 4%
• Charge Transfer 6%
• Conductivity 35%
• Electron Acceptor 8%
• Energy 4%
• Gas 4%
• Illumination 15%
• Liquid Film 8%
• Metal 4%
• Photoconductivity 64%
• Photocurrent 24%
• Phthalocyanine 53%
• Pressure 10%
• Purification 6%
• Purity 9%
• Space Charge 11%
• Surface 8%
• Time 3%
• Ultrathin Film 21%