Neutron fluence to absorbed dose conversion coefficients have been evaluated for the analytical ORNL modified adult phantom in 21 body organs using MCNP4C Monte Carlo code. …
A nuclear shape parameterization that leads to the formation of three co-linear fragments was used to investigate the ternary fission. The deformation energy was computed within the …
In this paper, the dose assessment for the iodine inhalation exposure in 19 aerosol sizes and three gas/vapor forms at three levels of thyroid uptake, was performed. Two different …
This research delves into investigating the effects of different soil management practices on soil physical properties, yield and yields components of irrigated wheat. This experimental …
In order to establish an organ and effective dose database for Iranian children undergoing computed tomography (CT) examinations, in the first step, two Iranian 11-year-old phantoms …
Purpose This study aimed to compare the biological effective doses (BEDs) to clinical target volume (CTV) and organs at risk (OARs) for cervical cancer patients treated with high‐dose‐…
In this work, experiments were carried out to investigate the possible use of neutron backscattering for the detection of sample buried in the soil. A series of Monte Carlo simulations …
The design studies related to a prompt g-rays in vivo neutron activation analysis facility are described. The designs were based on two neutron sources: 252Cf and 241Am-Be, four …
The preliminary design studies for developing a prompt-γ rays in vivo neutron activation analysis facility are in construction at Neutron Activation Research Centre of Ferdowsi University …
The 252 Cf radioisotope and 241 Am–Be are intense neutron emitters that are readily encapsulated in compact, portable and sealed sources. Some features such as high flux of …