In this paper we show that the effective atomic number of amorphous materials which can be treated as pure incoherent scatterers can itself be used as a constant for normalizing the experimental Compton profiles. This finding is expected to be useful since calculation of the normalization constant by the usual procedure of integrating the Biggs et al. Compton profile values is a tedious task for composite materials. This method is applicable to pure incoherent scatterers of known as well as unknown composition
Results on the Rayleigh to Compton ratio (R/C) for elements and compounds with low atomic number (5 ...
A gamma-ray peak in a spectrum is often accompanied by a discontinuity in the Compton continuum at t...
Different functional parameterizations of the radiation intensity scattered by an N-component amorph...
Recently, we have shown that as a novel approach, in the case of samples which can be treated as pur...
In this paper, we report a new method to determine the effective atomic number, Z (eff), of composit...
In this paper, we have tried to seek a theoretical justification for the effective atomic number $(Z...
In this article, we report a mathematical procedure that allows the unfolding of the density profile...
The Schiff differential for the angular distribution of bremsstrahlung is widely employed, but calcu...
The effective atomic number ( $ Z_{\backslashrm eff}$Zeff is a quantity which gives the fraction of ...
Compton scattering is a very useful tool to probe the material properties. Traditional techniques su...
In this paper we present the results of a Compton-profile study on polycrystalline palladium. The me...
In recent years, various researches to develop new inspection system have been performed as the air ...
A non-destructive x-ray scatter (XRS) approach has been developed, along with a rapid atomic scatter...
The main aim of this study was to show that scattered radiation in the backward direction can be use...
Accurate normalisation of high energy x-ray scattering data may be accomplished when the composition...
Results on the Rayleigh to Compton ratio (R/C) for elements and compounds with low atomic number (5 ...
A gamma-ray peak in a spectrum is often accompanied by a discontinuity in the Compton continuum at t...
Different functional parameterizations of the radiation intensity scattered by an N-component amorph...
Recently, we have shown that as a novel approach, in the case of samples which can be treated as pur...
In this paper, we report a new method to determine the effective atomic number, Z (eff), of composit...
In this paper, we have tried to seek a theoretical justification for the effective atomic number $(Z...
In this article, we report a mathematical procedure that allows the unfolding of the density profile...
The Schiff differential for the angular distribution of bremsstrahlung is widely employed, but calcu...
The effective atomic number ( $ Z_{\backslashrm eff}$Zeff is a quantity which gives the fraction of ...
Compton scattering is a very useful tool to probe the material properties. Traditional techniques su...
In this paper we present the results of a Compton-profile study on polycrystalline palladium. The me...
In recent years, various researches to develop new inspection system have been performed as the air ...
A non-destructive x-ray scatter (XRS) approach has been developed, along with a rapid atomic scatter...
The main aim of this study was to show that scattered radiation in the backward direction can be use...
Accurate normalisation of high energy x-ray scattering data may be accomplished when the composition...
Results on the Rayleigh to Compton ratio (R/C) for elements and compounds with low atomic number (5 ...
A gamma-ray peak in a spectrum is often accompanied by a discontinuity in the Compton continuum at t...
Different functional parameterizations of the radiation intensity scattered by an N-component amorph...