Indium Kα radiation from a MetalJet X-ray source: comparison of the Eiger2 CdTe and Photon III detectors

Abstract

The MetalJet source makes available new Kα radiation wavelengths for use in X-ray diffraction experiments. The purpose of this paper is to demonstrate the application of indium Kα radiation in independent-atom model refinement, as well as approaches using aspherical atomic form factors. The results vary greatly depending on the detector employed, as the energy cut-off of the Eiger2 CdTe provides a solution to a unique energy contamination problem of the MetalJet In radiation, which the Photon III detector cannot provide.

Current developments and trends in quantum crystallography

“…For this reason, we encourage the reader to seek out further excellent scientific reports in the area of chemical bonding (e.g. Agnarelli et al, 2023;Armbru ¨ster et al, 2023;Fronc et al, 2023;Hermann et al, 2021;Vosegaard et al, 2022;Graw et al, 2023;Ruth et al, 2023), materials science (e.g. Racioppi et al, 2020;Sorbara et al, 2022;Montisci et al, 2023: Stachowicz et al, 2023, structure-property correlation (e.g.…”

IndiumKα radiation from a MetalJet X-ray source: the long way to a successful charge-density investigation

“…All results discussed in this paper stem from that detector. Details of the comparison and of the data processing are discussed in the accompanying paper (Ruth et al, 2023). A multipole refinement according to the Hansen-Coppens multipole formalism (Hansen & Coppens, 1978) employing all data with non-negative intensities was performed on F 2 using the refinement program XDLSM implemented in XD2016 (Volkov et al, 2016).…”