A numerical collisional radiative model for the argon neutral system

B. Sijde, van der; H.M.J. Willems; D.C. Schram

A numerical collisional radiative model for the argon neutral system

B. Sijde, van der, H.M.J. Willems, D.C. Schram

Plasma & Materials Processing

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › Academic

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Abstract

The authors describe a numerical model developed for the argon neutral system. The major question for non-hydrogenlike systems is which electron-collision cross-section between excited states have to be used, since theoretical or measured values are in general not available. Another severe problem, specific to the numerical approach, is how many states or groups have to be taken into account to get a reliable model. Up till now, the specific results of several CR models for the argon neutral system were unsatisfactory and disagree with each other. The authors present the r/sup 1/(4p) coefficient as a function of the electron density n/sub e/

Original language	English
Title of host publication	Phenomena in ionized gases : 16th international conference
Editors	W. Bötticher, H. Wenk, E. Schulz-Gulde
Place of Publication	Duesseldorf, West Germany
Publisher	Universität Duesseldorf
Pages	612-613
Publication status	Published - 1983

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title = "A numerical collisional radiative model for the argon neutral system",

abstract = "The authors describe a numerical model developed for the argon neutral system. The major question for non-hydrogenlike systems is which electron-collision cross-section between excited states have to be used, since theoretical or measured values are in general not available. Another severe problem, specific to the numerical approach, is how many states or groups have to be taken into account to get a reliable model. Up till now, the specific results of several CR models for the argon neutral system were unsatisfactory and disagree with each other. The authors present the r/sup 1/(4p) coefficient as a function of the electron density n/sub e/",

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A numerical collisional radiative model for the argon neutral system. / Sijde, van der, B.; Willems, H.M.J.; Schram, D.C.
Phenomena in ionized gases : 16th international conference . ed. / W. Bötticher; H. Wenk; E. Schulz-Gulde. Duesseldorf, West Germany: Universität Duesseldorf, 1983. p. 612-613.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › Academic

TY - GEN

T1 - A numerical collisional radiative model for the argon neutral system

AU - Sijde, van der, B.

AU - Willems, H.M.J.

AU - Schram, D.C.

PY - 1983

Y1 - 1983

N2 - The authors describe a numerical model developed for the argon neutral system. The major question for non-hydrogenlike systems is which electron-collision cross-section between excited states have to be used, since theoretical or measured values are in general not available. Another severe problem, specific to the numerical approach, is how many states or groups have to be taken into account to get a reliable model. Up till now, the specific results of several CR models for the argon neutral system were unsatisfactory and disagree with each other. The authors present the r/sup 1/(4p) coefficient as a function of the electron density n/sub e/

AB - The authors describe a numerical model developed for the argon neutral system. The major question for non-hydrogenlike systems is which electron-collision cross-section between excited states have to be used, since theoretical or measured values are in general not available. Another severe problem, specific to the numerical approach, is how many states or groups have to be taken into account to get a reliable model. Up till now, the specific results of several CR models for the argon neutral system were unsatisfactory and disagree with each other. The authors present the r/sup 1/(4p) coefficient as a function of the electron density n/sub e/

M3 - Conference contribution

SP - 612

EP - 613

BT - Phenomena in ionized gases : 16th international conference

A2 - Bötticher, W.

A2 - Wenk, H.

A2 - Schulz-Gulde, E.

PB - Universität Duesseldorf

CY - Duesseldorf, West Germany

ER -

A numerical collisional radiative model for the argon neutral system

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