Results 281 to 290 of about 480,731 (312)
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A Plasma Focus Interrupting Switch
1984The feasibility of using a dense plasma focus (DPF) as a current interrupting device has been investigated. Specifically, a 34-kJ, Mather-type DPF was modified to accept a third electrode so that a discharge could be created between this electrode and the center electrode of the DPF by a 10-kJ inductive energy storage circuit.
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The plasma focus and thermonuclear fusion
Journal of Applied Mechanics and Technical Physics, 1975Present-day notions concerning the effects involved in a plasma focus are reviewed, the efficiency of various energy transmission channels in the device is analyzed, and some ideas relating to the possible extrapolation to larger devices are indicated.
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1971
Publisher Summary This chapter describes the dense plasma focus. Dense plasma focus (DPF) is a plasma discharge with plasma densities n > l0 l9 /cm 3 and temperatures of a few kilo electron volts lasting 100 to 150 nsec. The focus is conjectured to be a short but finite two-dimensional z -pinch forming near or at the end of a coaxial plasma ...
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Publisher Summary This chapter describes the dense plasma focus. Dense plasma focus (DPF) is a plasma discharge with plasma densities n > l0 l9 /cm 3 and temperatures of a few kilo electron volts lasting 100 to 150 nsec. The focus is conjectured to be a short but finite two-dimensional z -pinch forming near or at the end of a coaxial plasma ...
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Numerical Studies of the Plasma Focus
The Physics of Fluids, 1971The dynamical formation and structure of the plasma focus has been studied with a two-dimensional numerical fluid model. The extremely high kinetic energy densities obtained in the numerical fluid experiment as the result of adiabatic compression and viscous heating agree well with experiment.
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Comparison of plasma focus calculations
The Physics of Fluids, 1982A simple model for the current history of plasma focus experiments is presented. The presence of a leak current which does not pass through the plasma sheath is allowed. Results are found to compare quite well with those of much more sophisticated two-dimensional magnetohydrodynamic calculations.
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Neutron emission from a fast plasma focus of 400 Joules
Applied Physics Letters, 2003Patricio Silva +2 more
exaly
Plasma focus ion beam fluence and flux—Scaling with stored energy
Physics of Plasmas, 2012S H Saw, Saw S H
exaly
Study of x-ray emission from a table top plasma focus and its application as an x-ray backlighter
Journal of Applied Physics, 2000F N Beg, A E Dangor, Beg F N
exaly

