On the quadrupole splitting ‐isomer shift linear correlationship and the sign of electric field gradient

Abstract

Grant (1) has tried to correlate isomer shift (IS) 6 and quadrupole splitting We have obtained a straight line between 6 and AE in a series of compounds in 2+ Q 1) 70.000 Brasilia, Brazil.

Automation in M�ssbauer spectroscopy data analysis

“…Jorgensen [72] proposed that linear correlation derives from similar effects on both d and D that are produced by differences in the central field covalence. Burger [73] and Bancroft et al [74] tried to correlate this by partial values of d and D. There have been attempts [75,76,87] to correlate d and D to obtain additional information. Burns [96][97][98] tried to relate different crystalline structures graphically using Mö ssbauer parameters of d and D and correlated these parameters with various bonds length-related parameters as mean metaloxygen distance of a coordination site, and the volume per oxygen in a unit cell and polyhedral volume.…”

“…ANNs derive their computing power through, first, their massively parallel distributed structure and, second, their ability to learn and therefore generalize; generalization refers to the ANN producing reasonable output for inputs not presented during training (learning). These two information-processing capabilities make possible for ANN to solve complex and large-scale problems that are currently intractable [75][76][77][78][79][80][81][82][83].…”