Nuclear and electron paramagnetic resonance and its application to biology
University of California Radiation Laboratory, 1956 - Medical - 41 pages
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a g value absorption curve acetylacetonate acid amino group amplitude application of nuclear applied magnetic field atoms biological interest biological materials Bohr magneton Bowers and Owen cavity resonator chemical bonds chemical shifts coil complex compounds concentration copper crystalline field detected detector determination dipole electromagnetic ELECTRON PARAMAGNETIC RESONANCE electron spin resonance excess population experiments free radicals free-radical gauss Gordy group with unfilled hemoglobin Holder and Klein hyperfine interaction hyperfine splitting Ingram and Bennett ionizing radiation irradiated isotopes klystron line width lock-in amplifier magnetic field magnetic resonance absorption magnitude Mc/sec modulation molecules nuclear magnetic resonance nuclear resonance nuclear species nucleus number of electrons obtained orbital angular momentum orientation oxidation phthalocyanine proton magnetic resonance proton resonance radio-frequency reactions resonance condition resonance frequency resonance spectra sample single crystal spectroscopy spectrum spin resonance absorption spin resonance spectrometers spin vector spin-lattice studied temperature tracer transition elements Wertz X-irradiated