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The paper reports on recent measurements of the X-ray emission from a large plasma-focus PF-1000U facility [1] and compares them with results from the old Poseidon device [2]. The most important results of time-integrated measurements, which were performed by means of an X-ray pinhole camera, are presented and analyzed. Attention is paid to studies of a fine structure of the collapsing current sheath...
Plasma Focus device are simple and effective sources of neutrons produced in deuterium-deuterium reactions. The PF-1000 device, placed at IPPLM in Warsaw, is a facility used to study of mechanisms of D(d,n)3He reactions due to relatively high neutron yields and the convenient horizontal position of the device axis.
In this contribution we present the results of experimental studies of the pinch evolution on the PF-1000. The calibrated magnetic probes in different radial positions were correlated with neutron production and with interferometry images. The characteristics of probe measurement of azimutal magnetic field on the PF-1000 were published in [1]. The transformations of the pinched column during different...
Summary form only given. The plasma focus facilities are simple and effective sources of fast ions [1]. Visualization of the column at the time of ion acceleration was performed on the PF-1000 device operating in the IPPLM Warsaw at the deuterium filling at the current of 2 MA and the neutron yield above 10 [2]. The visible interferometry and time resolved x-ray and neutron detectors were used as...
Summary form only given. The plasma focus facilities are simple and effective sources of fast ions. At the usage of deuterium gas the fusion neurons from fusion D-D reactions are produced. The plasma produced in plasma focus facilities is convenient for interferometry diagnostics with impulse laser beam in visible wave range. We present the results of the diagnostics performed on the PF-1000 device...
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