The effects of gas filling pressure and operation energy on deuterium ions and neutrons
have been studied in a medium energy plasma focus device, MEPF-12. The deuterium gas …

The neutron emission from a low energy (2.2 kJ) plasma focus (PF) device operated with two
different shapes (cylindrical and converging) of anodes has been investigated by employing …

The average total neutron yield is measured, using an indium foil activation detector, at
various combinations of filling gas pressures (including the higher pressure operation …

A Mather-type plasma focus device (32 µF, 4 kJ), called Hanyang University Plasma Focus
device, is developed as a prototype device for the irradiation test of neutrons for electric …

The effect of gas pressure on the neutron yield and ion properties is investigated in this
article by using the developed model. The gas pressure range is from 1 to 40 Torr with 1 …

The results of experiments carried out on the DPF-78, a 60 kV, 28 kT plasma focus device
are presented. The primary objective of these experiments was to investigate the spatial …

The characteristics of the Ar ion beam generated in a low energy plasma focus device were
investigated. A Mather-type PF device filled with argon gas driven by an 11 μF single …

Correlation of neutron emission with plasma electron temperature in a low-energy (2.3 kJ)
plasma focus is investigated. To determine the plasma temperature by continuum X-ray …

The characteristics of three different low energy Mather-type plasma focus devices are
investigated and compared. The effects of anode length and insulator sleeve length on …

Ion beam emission from a neon gas filled plasma focus device has been studied by using a
fast response Faraday cup. The neon ion beam emission is found to be highly pressure …