- Radical Chemistry:
- Structures, Reaction Mechanisms, Kinetics and Dynamics
- Active centers in zeolites:
- Nature of transition metal ions and nano-clusters [125,164,183,192213,229,232]
- Host guest interactions of organic species [149,154]
- Single electron transfer sites and catalysis in zeolites [169]
- Dynamics of encaged atoms and molecules:
- Hydrogen isotopes in water and in silsesquioxanes [103,151]
- Radical reorientation dynamics in zeolite pores [83,124,149]
- Reaction kinetics and quantum effects:
- Gas phase radical kinetics [131,135]
- Kinetic isotope effects (D, H, Mu) [145,174]
- Equilibrium and dynamic solvent isotope effects [76,145]
- Radical reactions and proton conductivity in low temperature fuel cells:
- Radiation grafting and degradation of fuel cell polymer membranes [130,189,231]
- ESR of in-situ fuel cell [168]
- Proton conductivity in fuel cell membranes [195,196,234]
- The fuel cell that runs on water and air [230]
- Spontaneous ordering phenomena:
- Antiferromagnetic ordering on a cubic lattice [157]
- Ferroelectric order and dynamics [161,185]
- Guest molecule solvation in lamellar phase systems [153,227]
- Highly paramagnetic 13-atom Pt clusters [192]
- Experimental and theoretical methods:
- Electron spin resonance and muon spin resonance [118,133]
- Fourier transform infrared spectroscopy [155]
- Microcalorimetry [154]
- Static and dynamic spectral simulations [83,124]
- Reaction rate theory [135]
- Electrochemical Atomic Force Microscopy (ECAFM) [195,196]
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