SERS as a probe of charge-transfer pathways in hybrid dye/molecule-metal oxide complexes

Engineering & Materials Science

• Raman scattering 100%
• Charge transfer 88%
• Dyes 78%
• Molecules 67%
• Oxides 59%
• Metals 44%
• Nanoparticles 34%
• Dye-sensitized solar cells 33%
• Atoms 23%
• Molecular electronics 19%
• Nanosystems 18%
• Thermoelectricity 18%
• Photocatalysis 18%
• Catalysis 15%
• Interfacial energy 14%
• Energy transfer 13%
• Potential energy 12%
• Electrons 11%

Physics & Astronomy

• metal oxides 66%
• dyes 59%
• charge transfer 59%
• Raman spectra 53%
• augmentation 41%
• probes 41%
• molecules 36%
• nanoparticles 23%
• vibration mode 20%
• solar cells 17%
• molecular electronics 14%
• interfacial energy 13%
• catalysis 13%
• electron transfer 11%
• atoms 11%
• energy distribution 10%
• potential energy 9%
• energy transfer 9%
• low frequencies 8%
• oxides 7%

Chemical Compounds

• Charge Transfer 47%
• Dye 43%
• Probe 42%
• Oxide 37%
• Metal Oxide 28%
• Thermoelectric Effect 20%
• Nanoparticle 17%
• Molecular Electronics 13%
• Polarizability 11%
• Potential Energy 11%
• Interfacial Energy 11%
• Photocatalysis 10%
• Energy Transfer 9%
• Molecule 8%
• Electron Transfer 8%
• Catalysis 7%