Ion beam emission from a neon gas filled plasma focus device has been studied by using
ion collector and solid state nuclear track detector. The neon ion beam emission is found to …

Solid state nuclear track detectors have been used for measuring axially emitted protons
from a 2.2-kJ energy plasma focus device. The flux of the protons emerging out from the …

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 …

The project is carried out using a small Mather type plasma focus device powered by a 15
kV, 30 μF capacitor. The filling gas used is argon. The ion beam generated is investigated by …

The temporal and spatial characteristics of the neon ion beam emissions from a low energy
plasma focus device have been studied by employing a multiple Faraday cup assembly and …

The characteristics of ion beams of hydrogen and nitrogen with different filling pressures
emitted from the plasma focus device of 2.3 kJ energy are investigated. CR-39 SSNTDs are …

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 …

The characteristics of the ion beams produced in a plasma focus device were studied. In the
experiment, a Mather-type plasma focus device was used which was prefilled with H 2 at 2.3 …

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 …

An investigation of ion beam emission from a low energy plasma focus (PF) device
operating with methane is reported. Graphite collectors, operating in the bias ion collector …