This study aims to compute and measure the linear attenuation coefficients of two
biomaterials used in the human body as synthetic materials. These are used as bone …

Nowadays, the concept of multi-layered composite materials is attracting the researchers in
terms of enhancing the capabilities of shielding materials as well as extending the scope of …

This study investigated the radiation shielding performance of the xBaO-(30-x) TeO2-
35Bi2O3-35B2O3 glass system, where x= 5, 10, 15, 20 and 25, using Phy-X/PSD software …

The cross section is an important parameter in nuclear science it is obtained using different
models in theoretical calculation way. Level density is one of the key input components for …

The current paper includes a boro-silicate-based glass system (BS) with a composition of
14.23 Na 2 O+ 0.97 MgO+ 0.28 Al 2 O 3+ 62.27 SiO 2+ 12.95 B 2 O 3+ 8.75 CaO0. 49SrO+ …

Many oxide additives have historically been used to enhance the radiation shielding
properties of glasses, yet the potential of high-entropy oxides (HEOs), which have gained …

While numerous oxide additives have traditionally been employed to enhance the radiation
shielding capabilities of glasses, the unique attributes of high-entropy oxides (HEOs), a …

This study aimed to investigate the radioprotective effect of melatonin (MLT) on brain
damage in rats exposed to low and high dose rate radiotherapy. The dose rates of 10 MV …

This study aims to calculate the total mass attenuation coefficients of some ZnO-doped glass
samples using the Monte Carlo method. The simulations simply consist of a cylindrical …

This study compares interaction coefficients of photons (namely, mass attenuation, energy
absorption and energy transfer coefficients) for some tumor tissues with simlar healthy …