1973
DOI: 10.1002/ctpp.19730130302
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Zur Funkenkonstante nach Rompe und Weizel

Abstract: I t is shown that there exists a discrepancy between the value of the Funkenkonstante for nitrogen calculated according to ROJIPE and ii'EIZEL and the value determined by experiments. I n a thermal model it is possible to solve this problem by taking into account the role of the ions for the charge transport.The agreement between the experimental and the theoretical value of the Fankenkonstante in the case of argon may be due to another. nonthermal d i s c h q e mechanism. .EinleitungUm eine analytische Darste… Show more

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Cited by 3 publications
(1 citation statement)
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“…After an adaptation (Hess 1973) of the theory of Weizel and Rompe (1947) to LTE plasmas (plasmas in local thermodynamic equilibrium) we could show the good applicability of the modified theory to low-inductance spark discharges (Hess andDeparade 1974, Hess 1975). Furthermore, we calculated the temperature dependence of the spark constant, which is an essential quantity of the theory, and found that there indeed exists a temperature range in which this quantity is nearly constant and in which its value agrees with experiment (Hess and Radtke 1975).…”
Section: Introductionmentioning
confidence: 89%
“…After an adaptation (Hess 1973) of the theory of Weizel and Rompe (1947) to LTE plasmas (plasmas in local thermodynamic equilibrium) we could show the good applicability of the modified theory to low-inductance spark discharges (Hess andDeparade 1974, Hess 1975). Furthermore, we calculated the temperature dependence of the spark constant, which is an essential quantity of the theory, and found that there indeed exists a temperature range in which this quantity is nearly constant and in which its value agrees with experiment (Hess and Radtke 1975).…”
Section: Introductionmentioning
confidence: 89%