The feasibility study of performing neutron radiography (NR) at the Isfahan Miniature
Neutron Source Reactor (MNSR) was carried out in the previous work that was including …

This book reflects developments in both fundamental nuclear physics and the application of
fast neutrons to many practical problems in medicine, the environment, security, and other …

In this article, the preliminary feasibility of using the new miniature neutron source reactor
(MNSR) with unique thermal column (TC), as a neutron source for neutron radiography …

Recently, two external neutron beam lines have been installed in the Isfahan MNSR. This
reactor is a tank in pool type with a maximum power of 30 kW, which has been in operation …

Concerning to the costs of the establishment of new research reactors and their waste
issues, the world's quest is to expand the capabilities of existing research reactors and to …

To obtain a thermal neutron beam for neutron radiography applications, a neutron collimator
has been designed and implemented at the Tehran Research Reactor (TRR). TRR is a 5 …

Movement of fluids through porous media is of great significance in different sciences such
as civil engineering and chemical technology. When a fluid is introduced to a porous media …

Neutron imaging is extended rapidly as a means of non-destructive testing (NDT) of
materials. Various effective parameters on the image quality are needed to be studied for …

Neutron collimator is the most important component in a neutron radiography facility set-up,
which defines the neutron beam characteristic at the object plane. The neutron radiography …

The internal structure of copper coins—a Golden Horde pulo of the 14th century AD and an
ancient coin found in Phanagoria at sites of the 5–4th centuries BC—are studied by neutron …