Field-induced conductance switching by charge-state alternation in organometallic single-molecule junctions

Engineering & Materials Science

• Organometallics 100%
• Molecules 64%
• Oxidation-Reduction 57%
• Hysteresis 41%
• Fermi level 38%
• Molecular orbitals 37%
• Ground state 33%
• Density functional theory 32%
• Charge transfer 28%
• Bias voltage 27%
• Electric fields 20%
• Oxidation 19%
• Electrodes 16%
• Metals 14%
• Electric potential 11%

Chemistry

• Conductance 63%
• Metallocene 58%
• Hysteresis 43%
• Organometallic Compound 25%
• Spin State 24%
• Molecule 23%
• Molecular Orbital 20%
• Electric Field 19%
• Ground State 17%
• Voltage 15%
• Charge Transfer 15%
• Density Functional Theory 13%
• Environment 12%
• Behavior as Electrode 11%
• Energy 10%
• Reduction 10%
• Oxidation Reaction 9%
• Metal 9%

Physics & Astronomy

• alternations 79%
• low currents 48%
• molecules 35%
• organometallic compounds 34%
• hysteresis 34%
• electric potential 23%
• molecular orbitals 21%
• charging 20%
• density functional theory 16%
• oxidation 16%
• ground state 14%
• electrodes 13%
• electric fields 12%
• metals 11%
• energy 6%