The K α 1, 2 and K β 1, 3 spectra of copper were measured using double-and single-crystal
diffractometers whose finite resolution effects were carefully characterized and corrected for …

High-resolution Kα x-ray fluorescence spectra of FeO, Fe 2 O 3, Fe 3 O 4, K 3 [Fe (CN) 6]⋅ 3
H 2 O, K 4 [Fe (CN) 6], and Fe (metal) are measured. It is found that the linewidth of Fe K α 1 …

We review recent, and some less recent, measurements of several emission spectra of
copper. The results are discussed with special emphasis on elucidating the structure of the …

We show that the profiles of the Ni K β 1, 3, β'x-ray fluorescence spectra of NiF 2 and NiO,
which were long believed to originate from the multiplet splittings due to an exchange …

The K beta X-ray emission spectra of divalent nickel compounds are analysed with both the
crystal field multiplet model and the charge transfer multiplet model. The spin-dependent K …

The K β x-ray spectra of the elements from Ca to Ge have been systematically investigated
using a high-resolution antiparallel double-crystal x-ray spectrometer. Each K β 1, 3 natural …

The K α and K β x-ray spectra of Se, Y, and Zr were studied experimentally and theoretically
in order to obtain information on the K α 1 line asymmetry and the spin doublet in K β 1, 3 …

Characteristic x-ray spectra offer insight into the structure and composition of atoms and
molecules at a fundamental level where discrepancies in asymmetry, peak energy, and …

The characteristic x-ray spectra of 3d transition metals are a constant source of advances in
atomic physics, x-ray spectrometry, and quantum mechanics. Prior to this work, there was a …

The dielectric theory of ionicity has been used to calculate the bond ionicity in the A II B IV C
2 V semiconductors. Our calculated values of bond ionicities, dielectric constants, and …