Attenuation coefficients of various gamma radiations by solutions of cobalt sulphate

Absorption Parameters for Glucose Solution for Gamma Ray at 59.54 keV

“…The intensity of radiation can also be written in terms of the mass attenuation coefficient such as: (μ/ρ) is the mass attenuation coefficient, and ρ is the density of the material. The total mass attenuation coefficient (μ/ρ) for chemical mixture at any reference photon energy is related to the (μ/ρ) of the constituent elements in the mixture (Baldha et al, 1997;Teli, and Chaudhari, 1995;Chaudhari, and Teli, 1996;Teli, and Chaudhari, 1996;Wang, et al, 1995;Singh et al, 2002) and is given by:…”

“…Moreover, the effective atomic number, electronic density of the solution calculated using the measured density and linear attenuation coefficient. The linear attenuation coefficient for some chemical solutions have been studied which shows a linear relationships with concentration (Mitkar, and Dongarge, 2012a;Mitkar, and Dongarge, 2012b;Baldha, et al, 1997). Similar method will be used to establish the relationship between concentration of the solution and density, effective atomic number, and electronic density.…”

“…The absorption coefficient for gamma rays is available for mixture of solid materials and solutions using various calculation techniques (Mitkar, and Dongarge, 2012a;Mitkar, and Dongarge, 2012b;Baldha, et al, 1997;Baltej, et al, 2012;Nil, et al, 2013;Singh, 2000). Most of them claim a good agreement with the well known mixture rule.…”