Neutron shielding performances of new brick samples are investigated. Brick samples including 10, 20, and 30 percentages of ferrochromium slag (FeCr waste) and natural zeolite are prepared and mechanical properties are obtained. Total macroscopic cross sections are calculated by using results of 4.5 MeV neutron transmission experiments. As a result, neutron shielding capacity of brick samples increases with increasing FeCr slag and natural zeolite percentages. This information could be useful in the area of neutron shielding
Recently, neutron applications as neutron imaging widespread and safety issue related to high neutro...
Radiation-shielding properties of alkali-activated cement (AAC) mortar mixtures prepared using diffe...
Neutron energy spectra behind concrete and iron shields were measured for quasi-monoenergetic neutro...
Neutron shielding performances of new brick samples are investigated. Brick samples including 10, 20...
The authors used the Monte Carlo transport code Los Alamos High-Energy Transport (LAHET) to study th...
The problem of shielding against high-energy neutrons has always attracted a great deal of attention...
Concrete has been used as a shield against high-energy photons and neutrons since the beginning of u...
In this study, iron, steel and chromium waste heavyweight particles were replaced by calcerous sand ...
The problem of shielding against high-energy neutrons has always attracted a great deal of attention...
CELIK, AHMET/0000-0002-9618-3504; Sirin, Murat/0000-0001-6864-752XWOS: 000459358700024Incorporation ...
In this work, some marble types were collected from Egypt, and their shielding characteristics were ...
Shielding neutrons involve three steps that are slowing neutrons, absorption of neutrons, and impreg...
Concrete is one of the most important construction materials which widely used as a neutron shieldin...
The internal wall of the cavity of experimental assemblies, involved with high energy fusion neutron...
This study conducted fundamental tests on mortars using the boron compounds recycled industrial wast...
Recently, neutron applications as neutron imaging widespread and safety issue related to high neutro...
Radiation-shielding properties of alkali-activated cement (AAC) mortar mixtures prepared using diffe...
Neutron energy spectra behind concrete and iron shields were measured for quasi-monoenergetic neutro...
Neutron shielding performances of new brick samples are investigated. Brick samples including 10, 20...
The authors used the Monte Carlo transport code Los Alamos High-Energy Transport (LAHET) to study th...
The problem of shielding against high-energy neutrons has always attracted a great deal of attention...
Concrete has been used as a shield against high-energy photons and neutrons since the beginning of u...
In this study, iron, steel and chromium waste heavyweight particles were replaced by calcerous sand ...
The problem of shielding against high-energy neutrons has always attracted a great deal of attention...
CELIK, AHMET/0000-0002-9618-3504; Sirin, Murat/0000-0001-6864-752XWOS: 000459358700024Incorporation ...
In this work, some marble types were collected from Egypt, and their shielding characteristics were ...
Shielding neutrons involve three steps that are slowing neutrons, absorption of neutrons, and impreg...
Concrete is one of the most important construction materials which widely used as a neutron shieldin...
The internal wall of the cavity of experimental assemblies, involved with high energy fusion neutron...
This study conducted fundamental tests on mortars using the boron compounds recycled industrial wast...
Recently, neutron applications as neutron imaging widespread and safety issue related to high neutro...
Radiation-shielding properties of alkali-activated cement (AAC) mortar mixtures prepared using diffe...
Neutron energy spectra behind concrete and iron shields were measured for quasi-monoenergetic neutro...