This paper reports a simple technique to determine the effective atomic number of rubber materials. The gamma ray attenuation coefficient of rubber was measured with high energy resolution Si(Li) detector at low gamma ray energies and the effective atomic number was determined by the functional ratio of attenuation coefficients at different energies. This study could provide a guide to an understanding of the quality of rubber based on its composition
Gamma-ray attenuation coefficients were determined for several types of industrial material with den...
Effective atomic number (Zeff) ,electron densities (Nel) , half value layer(HVL)and mean free path ...
The total mass attenuation coefficients (µ/ρ) of stainless steel (SS316L) and carbon steel (A516) th...
This paper reports the measurement of the total solid content (TSC) of fresh Hevea latex by the gam...
In this paper, we report a new method to determine the effective atomic number, Z (eff), of composit...
In view of low cost, hydrogenous materials such as Polyethylene and CH2 have been developed and are ...
Effective atomic numbers (Z(eff)) of scientific samples (rare earth) were determined experimentally ...
Mass attenuation coefficient is a fundamental parameter of radiation interaction, from which the oth...
Compton scattering is a very useful tool to probe the material properties. Traditional techniques su...
Among various radiation sources, the conventional X-ray source is widely used in industrial and medi...
The effective atomic number ( $ Z_{\backslashrm eff}$Zeff is a quantity which gives the fraction of ...
Better understanding of gunshot residues and the major elemental composition would be valuable to f...
We calculated mass attenuation coefficients, effective atomic numbers and Kerma relative to air for ...
The gamma-ray mass attenuation coefficients of various absorber materials such as Ag, Al, A...
WOS: 000306646100019PubMed: 22128356Some building materials, regularly used in Turkey, such as sand,...
Gamma-ray attenuation coefficients were determined for several types of industrial material with den...
Effective atomic number (Zeff) ,electron densities (Nel) , half value layer(HVL)and mean free path ...
The total mass attenuation coefficients (µ/ρ) of stainless steel (SS316L) and carbon steel (A516) th...
This paper reports the measurement of the total solid content (TSC) of fresh Hevea latex by the gam...
In this paper, we report a new method to determine the effective atomic number, Z (eff), of composit...
In view of low cost, hydrogenous materials such as Polyethylene and CH2 have been developed and are ...
Effective atomic numbers (Z(eff)) of scientific samples (rare earth) were determined experimentally ...
Mass attenuation coefficient is a fundamental parameter of radiation interaction, from which the oth...
Compton scattering is a very useful tool to probe the material properties. Traditional techniques su...
Among various radiation sources, the conventional X-ray source is widely used in industrial and medi...
The effective atomic number ( $ Z_{\backslashrm eff}$Zeff is a quantity which gives the fraction of ...
Better understanding of gunshot residues and the major elemental composition would be valuable to f...
We calculated mass attenuation coefficients, effective atomic numbers and Kerma relative to air for ...
The gamma-ray mass attenuation coefficients of various absorber materials such as Ag, Al, A...
WOS: 000306646100019PubMed: 22128356Some building materials, regularly used in Turkey, such as sand,...
Gamma-ray attenuation coefficients were determined for several types of industrial material with den...
Effective atomic number (Zeff) ,electron densities (Nel) , half value layer(HVL)and mean free path ...
The total mass attenuation coefficients (µ/ρ) of stainless steel (SS316L) and carbon steel (A516) th...