Spectroscopic, kinetic, and thermodynamic deuterium isotope effects in the hexamethylbenzene/tetracyanoethylene charge-transfer complex

Chemical Compounds

• Hexamethylbenzene 99%
• Resonance Raman Spectrum 83%
• Isotope Effect 71%
• Fluorescence Spectrum 63%
• Deuterium(.) 63%
• Durene 52%
• Absorption Spectrum 50%
• Thermodynamics 43%
• Charge Transfer Transition 41%
• Fluorescence 40%
• Molar Absorptivity 38%
• Fluorescence Quantum Yield 37%
• Hydrogen 35%
• Absorptivity 33%
• Cyclohexane 31%
• Equilibrium Constant 30%
• Isotope 30%
• Entropy 28%
• Enthalpy 27%
• Complexation 26%
• Blue 25%
• Electron Transfer 24%
• Charge Transfer 24%
• Shape 22%
• Solvent 16%
• Reaction Yield 14%

Engineering & Materials Science

• Deuterium 100%
• Charge transfer 89%
• Isotopes 85%
• Fluorescence 80%
• Thermodynamics 59%
• Absorption spectra 40%
• Raman scattering 40%
• Quantum yield 26%
• Complexation 23%
• Hydrogen 22%
• Equilibrium constants 21%
• Cyclohexane 20%
• Xylene 18%
• Enthalpy 14%
• Electrons 13%
• Entropy 11%
• Uncertainty 8%

Physics & Astronomy

• isotope effect 75%
• deuterium 64%
• charge transfer 59%
• fluorescence 51%
• thermodynamics 47%
• kinetics 41%
• absorptivity 23%
• durene 23%
• Raman spectra 21%
• absorption spectra 20%
• xylene 18%
• hydrogen 17%
• cyclohexane 16%
• electron transfer 14%
• methylidyne 13%
• enthalpy 12%
• isotopes 12%
• entropy 10%
• harmonics 9%
• vibration 9%
• shift 8%
• approximation 7%