β Scribed by S.C. Jain; S.K. Agarwal; G.D. Sootha
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
The distribution of the zero-field splitting sites experienced by the Mn 2+ ion in frozen methanol is investigated from the electron spin resonance lineshape at law magnetic field. Following the study of the manganese ion as a paramagnetic probe for structural investigation in glasses, we report so
An analysis of the electron spin resonance of hln 2\* in frozen methanoI is presented. The broadened, asymmetric lineshape is shown to be due to inhomogeneous broadenin, 0 caused by combined second-and third-order effects of randomly distributed zero-field splittings in the range of 80-15C G.
Two electronic bands arising from the tt + 2e and tt \* 3t2 transitions are observed in the region ==360 nm and ~250 nm in alkali halide crystals doped with CrzO;-. These bands split and also show well resolved fine structure at.77"K. The fme structure is explained on the hasis of vibrational freque