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In this report we present results of comparison of experimental research of the relativistic magnetron operation with commonly used explosive emission plasma cathode and novel ferroelectric plasma source (FPS) cathode. The experiments were carried with relativistic S-band magnetron powered by linear induction accelerator (LIA) (~350 kV, 4 kA, 200 ns). Using time- and space-resolved electrical, optical...
Summary form only given. We report results on spectroscopic research of the explosive emission plasma which is formed at the cathode surface during the operation of a S-band relativistic magnetron with microwave power of ~100 MW powered by Liner Induction Accelerator (4 kA, 300 kV, 120 ns). Plasma parameters (density, temperature, expansion velocity and uniformity) were studied with time- and space-resolved...
The construction of extended unbalanced magnetron sputtering system on the basis of the cylindrical magnetron with a rotating cathode was developed and fabricated. The unbalanced configuration of magnetic field was realised by means of additional lines of permanent magnets, placed along both sides of an 89-mm outer diameter and 600-mm long cylindrical cathode. The performance of the unbalanced magnetron...
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