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U, 1 U,(1), Pc (1), TAO at the cathode surface and T q(T, )-curves for U, = q and Te jat the rounded edge of j at the pole of a jand spot diameters of less than 100µm. Up to now it is not sure whether the
DOI link for U, 1 U,(1), Pc (1), TAO at the cathode surface and T q(T, )-curves for U, = q and Te jat the rounded edge of j at the pole of a jand spot diameters of less than 100µm. Up to now it is not sure whether the
U, 1 U,(1), Pc (1), TAO at the cathode surface and T q(T, )-curves for U, = q and Te jat the rounded edge of j at the pole of a jand spot diameters of less than 100µm. Up to now it is not sure whether the
the outcomes are the arc current resp. (F) within the CPBL. The results which are presented here are calculated for a cathode with a diameter of d =1.5mm and a length of lE = 20mm [8]. In figure 1 solutions are labelled at the const with different symbols which represent the maximum power flux density and the maximum value of 7', at the cathode surface. The diamonds at low values of describe rotational symmetric solutions which correspond to the diffuse
BookLight Sources 2004 Proceedings of the 10th International Symposium on the Science and Technology of Light Sources
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Edition 1st Edition
First Published 2004
Imprint CRC Press
Pages 1
eBook ISBN 9780429174971
ABSTRACT
o diffuse mock o eentral sped 21) • edgespot:0)
