Trapping ions, such as deuterium and tritium, inside a potential well to generate neutrons is
a well-established technology through electric and magnetic fields via the inertial …

A discharge-type fusion neutron source generates neutrons by fusion reactions of hydrogen
isotope atoms. In order to operate the fusion device based on the deuterium–tritium (D–T) …

A glow discharge (GD) fusion neutron source that utilizes nuclear fusion reactions of
deuterium has been upgraded. The fusion reactions in this device mainly occur by collisions …

The glow discharge–type fusion neutron source is a compact system that generates
neutrons by inducing a nuclear fusion reaction between ionized-trapped deuterium and/or …

A radiation source based on the inertial electrostatic confinement fusion (IECF) system is
being developed for multidisciplinary research applications. The radiation outputs from the …

A mixture of deuterium (D) and tritium (T) is the most likely fuel for fusion reactors and hence
the D (d, n) 3 He and T (d, n) 4 He fusion reactions are the ones that will fire fusion reactors …

In this investigation, the impact of water thickness and various types of concrete materials,
each characterized by different densities and elemental compositions, is examined for their …

Fusion reactions on the cathode surface of glow discharge deuterium–deuterium fusion
neutron sources contribute significantly to the neutron production rate (NPR). While the NPR …

Presented herein are the outcomes of an experimental test involving a pioneering portable-
active interrogation system designed for the nondestructive detection of special nuclear …

A compact cylindrical fusion neutron source has been developed for various applications,
such as a D–T fusion neutron source for blanket neutron transport experiments for blanket …