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Relationship between rotational temperature and energy density in atmospheric pressure hollow-needle to plate electrical discharge
- 1.0103221 - UFP-V 20040090 RIV US eng J - Journal Article
Pekárek, S. - Šimek, Milan
Relationship between rotational temperature and energy density in atmospheric pressure hollow-needle to plate electrical discharge.
[Vztah mezi rotační teplotou a hustotou energie v elektrickém výboji dutá jehla-rovina za atmosférického tlaku.]
Bulletin of the American Physical Society. Roč. 49, č. 5 (2004), s. 66. ISSN 0003-0503.
[Annual Gaseous Electronics Conference /57./. Bunratty, 26.09.2004-29.09.2004]
R&D Projects: GA AV ČR IAA1043403
Institutional research plan: CEZ:AV0Z2043910
Keywords : hollow needle to plate discharge, rotational temperature, vibrational distribution
Subject RIV: BL - Plasma and Gas Discharge Physics
We studied the excitation of the N2(C3Pu) state in a DC hollow needle to plate electrical discharge in synthetic air for the needle biased negatively.Vibrational distributions and rotational temperatures were obtained by means of emission spectrometry as a function of a mean energy density dissipated in the discharge.Observed behavior of the N2(C3Pu,v) excitation is consistent with.
Studovali jsme excitaci N2(C3Pu) stavu v stejnosměrném elektrickém výboji dutá jehla-rovina v syntetickém vzduchu pro případ jehly se zápornou polaritou. Vibrační distribuce a rotační teploty byly získány pomocí emisní spektrometrie v závislosti na hustotě energie disipované ve výboji
Permanent Link: http://hdl.handle.net/11104/0010537
Number of the records: 1