Artificial Increase of Electrical Breakdown Strength of Air at Low Pressure in the Region of 300 Mc./s.

Details Artificial Increase of Electrical Breakdown Strength of Air at Low Pressure in the Region of 300 Mc./s. Artificial Increase of Electrical Breakdown Strength of Air at Low Pressure in the Region of 300 Mc./s.

Dec 1954

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1954natur.174.1066s&link_type=abstract

Nature, Volume 174, Issue 4440, pp. 1066 (1954).

Physics

Scientific paper

IT has been known for some time1,2 that the presence of a d.c. bias voltage can, under certain conditions, modify the electrical breakdown strength of air at low pressures and ultra-high frequencies. Published information, however, has been restricted to exploration at very small gap-lengths and pressures in excess of about 59 mm. mercury. Further measurements have now been made covering a range of pressures from 5 to 120 mm. mercury, and of gap-widths from about 1 to 4 mm., at two frequencies, 227 and 379 Mc./s. Under these conditions, the superposition of a moderate d.c. stress on the ultra-high frequency alternating stress can increase the ultra-high frequency breakdown stress quite considerably.

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