Electron Paramagnetic Resonance with Applications to Selected Problems in Biology: (Les Houches Lectures, 1969) |
Contents
BASIC PRINCIPLES OF | 2 |
Classical Treatment of the Resonance Phenomenon | 8 |
Broadened Line | 16 |
Copyright | |
10 other sections not shown
Common terms and phrases
actinic light amplitude angular momentum anisotropy antibodies axial bacteria bacteriochlorophyll BChl biological biomolecule Biophys broad signals CH3 CH3 Chem chemical chlorophyll chromatophores Clayton conformational change crystal field crystal field theory cytochrome dependence discussed Ehrenberg electronic structure ENDOR energy levels EPR line EPR parameters EPR signal EPR spectrum experimental external magnetic field Feher free radical frequency g value gauss Griffith Hâ‚‚ hapten heme heme proteins hemoglobin hyperfine interaction infrared inhomogenously broadened line kinetics Kotani large number ligands light-induced line width magnetic field Malley Mauzerall McConnell McElroy membranes micelle microwave modulation molecule myoglobin nitroxide nitroxide radical noise nuclei observed obtained optical absorption orbitals orientation oxygen paramagnetic paramagnetic species photochemical photosynthesis Phys porphyrin primary process Proc protons reaction centers sample saturation shown in Fig single crystals spectra Spheroides spin Hamiltonian spin label spin packet Stark effect subunits symmetry technique temperature tion transitions unpaired Zeeman