Contribution of back-scattered electromagnetic rays to the Mössbauer conversion electron spectrum

Mössbauer transmission and back scattered conversion electron study of Fe nanowires encapsulated in multiwalled carbon nanotubes

“…The conversion electron Mössbauer spectroscopy measurements were carried out with a He gas flow proportional counter. 9 All spectra were fitted using an integral Lorentzian line shape approximation. 10,11 This approach permits us to separate the absorber (scatterer) line widths and to avoid the saturation thickness effect.…”

“…In our experiments we used a gas flow proportional counter, 9 in which case large counting rates can be obtained. Although the energy resolution of proportional counter is much poorer than that of vacuum electron spectrometers, in some cases it is sufficient for a rough separation of the conversion electrons emitted by the layers in the immediate vicinity of the surface from the electrons emitted by deeper layers.…”

Magnetic texture determination by conversion electron Mössbauer spectroscopy with circularly polarized beam

“…These actions resulted in the 9:1 effect to background ratio (see Fig. 2), which is larger than reported in [5,6] for gas flow detectors. It is even bigger than in commercially produced detectors [7].…”

Phase composition and catalytic properties in methanol decomposition of iron–ruthenium modified activated carbon

“…The parameters of hyperfine interaction such as isomer shift (IS), quadrupole splitting (QS) and effective internal magnetic field (H eff ) as well as the line widths (FWHM) and the relative weight (G) of the partial components of the spectra were determined. The conversion Mössbauer spectra were obtained at room temperature using equipment described in a previous study [53].…”