This study conducted an evaluation of the corrosion behavior of an aluminum alloy utilized
in the Isfahan Miniature Neutron Source Reactor (MNSR). The component analyzed, dry …

Herein, a gamma irradiation cell consisting of a borated polyethylene (BPE) cylinder with a
cadmium inner wall was designed and constructed at Isfahan miniature neutron source …

AHR reactors are known for the production of radiopharmaceuticals. The ARGUS reactor is
one of the most famous of these reactors, which has been designed originally for …

The linear behavior of fission chamber (FC) neutron detectors in Isfahan miniature neutron
source reactor (MNSR) was investigated experimentally. FC neutron detectors are installed …

The development of models for predicting reactor performance has significance for staff
training, research, and education. The present study talks about how to use an artificial …

In this research, an aqueous homogeneous reactor is simulated and its neutronic
parameters are investigated. Due to the negative reactivity caused by temperature change …

This paper analyses the thermal–hydraulic performance of a proposed 50-kW aqueous
homogeneous reactor (AHR) aimed at producing Mo-99. The reactor thermal–hydraulic …

After developing a thermal–hydraulic model, it should be coupled to a point kinetic model to
completely simulate transient behavior of a miniature neutron research reactor (MNSR). In …

Abstract Small Modular Reactors (SMRs) have gained significant attention as the next
generation of nuclear reactors due to their unique features, such as improved economic …

In this study, the instrumental neutron activation analysis (INAA) process has been simulated
using Monte Carlo method in three steps at Isfahan Miniature Neutron Source Reactor …