Ionic disproportionation of charge transfer salt driven by surface epitaxy

Engineering & Materials Science

• Epitaxial growth 100%
• Negative ions 96%
• Charge transfer 91%
• Positive ions 70%
• Salts 66%
• Molecules 55%
• Electron-phonon interactions 29%
• Electron correlations 27%
• Thermal evaporation 24%
• Organic semiconductor materials 23%
• Electronic states 22%
• Binding energy 22%
• Self assembled monolayers 22%
• Density functional theory 21%
• Stoichiometry 19%
• Molecular structure 18%
• Surface structure 17%
• Spectroscopy 15%
• Electrons 14%
• Crystals 14%
• Adsorption 13%
• Thin films 13%
• Pyrolysis 13%
• Decomposition 10%

Chemical Compounds

• Epitaxial Growth 86%
• Disproportionation 71%
• Charge Transfer 49%
• Anion 41%
• Cation 33%
• Surface 22%
• Electron-Phonon Interaction 22%
• Molecule 19%
• Cohesive Energy 18%
• Charge Transfer Interaction 17%
• Nanofilm 17%
• Tetrathiafulvalene 17%
• Electron Correlation 16%
• Tunneling 14%
• Conductor 14%
• Surface Structure 13%
• Self Assembled Monolayer 13%
• Binding Energy 12%
• Multicomponent Reaction 12%
• Reaction Stoichiometry 11%
• Semiconductor 10%
• Electronic State 10%
• Molecular Structure 9%
• Pyrolysis 9%
• Spectroscopy 9%
• Decomposition 9%
• Density Functional Theory 8%
• Electron Particle 7%
• Purity 7%
• Adsorption 6%
• Liquid Film 6%

Physics & Astronomy

• epitaxy 70%
• anions 67%
• salts 63%
• charge transfer 61%
• cations 47%
• molecules 30%
• organic charge transfer salts 24%
• organic semiconductors 16%
• thermal decomposition 15%
• electron phonon interactions 15%
• molecular structure 15%
• stoichiometry 13%
• binding energy 12%
• electrons 12%
• conductors 11%
• silver 11%
• density functional theory 10%
• adsorption 10%
• evaporation 10%
• decomposition 10%
• synthesis 10%
• spectroscopy 7%
• electronics 7%
• thin films 7%
• crystals 6%
• interactions 5%
• energy 4%