Standard

Formation of the ion distribution function near a surface at a negative potential for gas discharge plasmas. / Mustafaev , Alexander ; Sukhomlinov , Vladimir ; Murillo, Oscar .

2018. Abstract from 71st Annual Gaseous Electronics Conference, Portland, Oregon, United States.

Research output: Contribution to conference › Abstract › peer-review

Harvard

Mustafaev , A, Sukhomlinov , V & Murillo, O 2018, 'Formation of the ion distribution function near a surface at a negative potential for gas discharge plasmas', 71st Annual Gaseous Electronics Conference, Portland, United States, 5/11/18.

APA

Mustafaev , A., Sukhomlinov , V., & Murillo, O. (2018). Formation of the ion distribution function near a surface at a negative potential for gas discharge plasmas. Abstract from 71st Annual Gaseous Electronics Conference, Portland, Oregon, United States.

Vancouver

Mustafaev A, Sukhomlinov V, Murillo O. Formation of the ion distribution function near a surface at a negative potential for gas discharge plasmas. 2018. Abstract from 71st Annual Gaseous Electronics Conference, Portland, Oregon, United States.

Author

Mustafaev , Alexander ; Sukhomlinov , Vladimir ; Murillo, Oscar . / Formation of the ion distribution function near a surface at a negative potential for gas discharge plasmas. Abstract from 71st Annual Gaseous Electronics Conference, Portland, Oregon, United States.

BibTeX

@conference{b5e7046968cc403fa8b366642f804e1f,
title = "Formation of the ion distribution function near a surface at a negative potential for gas discharge plasmas",
abstract = "The self consistent analytic solution of the Boltzmann equation for the ion distribution function (IDF) found in work is used to study the perturbed wall sheath (PWS) formed near a surface at a negative potential. This sheath consists of a quasineutral presheath and a wall sheath where quasineutrality is substantially violated. The dependence of the PWS on plasma parameters and the dependence of the IDF on the charge exchange cross section and the real electron distribution function in plasma are studied. Experimental data of other authors, which had not prior interpretation, is described under the proposed model. It is shown that even in the case when in the wall sheath there are no collisions, the presheath remains experimenting collisions and that when there is no ionization in the PWS, for calculating the saturation current to a flat probe the Bohḿs criterion is not needed, while it is enough to take into account the edge effects.",
author = "Alexander Mustafaev and Vladimir Sukhomlinov and Oscar Murillo",
year = "2018",
language = "English",
note = "null ; Conference date: 05-11-2018",

}

RIS

TY - CONF

T1 - Formation of the ion distribution function near a surface at a negative potential for gas discharge plasmas

AU - Mustafaev , Alexander

AU - Sukhomlinov , Vladimir

AU - Murillo, Oscar

PY - 2018

Y1 - 2018

N2 - The self consistent analytic solution of the Boltzmann equation for the ion distribution function (IDF) found in work is used to study the perturbed wall sheath (PWS) formed near a surface at a negative potential. This sheath consists of a quasineutral presheath and a wall sheath where quasineutrality is substantially violated. The dependence of the PWS on plasma parameters and the dependence of the IDF on the charge exchange cross section and the real electron distribution function in plasma are studied. Experimental data of other authors, which had not prior interpretation, is described under the proposed model. It is shown that even in the case when in the wall sheath there are no collisions, the presheath remains experimenting collisions and that when there is no ionization in the PWS, for calculating the saturation current to a flat probe the Bohḿs criterion is not needed, while it is enough to take into account the edge effects.

AB - The self consistent analytic solution of the Boltzmann equation for the ion distribution function (IDF) found in work is used to study the perturbed wall sheath (PWS) formed near a surface at a negative potential. This sheath consists of a quasineutral presheath and a wall sheath where quasineutrality is substantially violated. The dependence of the PWS on plasma parameters and the dependence of the IDF on the charge exchange cross section and the real electron distribution function in plasma are studied. Experimental data of other authors, which had not prior interpretation, is described under the proposed model. It is shown that even in the case when in the wall sheath there are no collisions, the presheath remains experimenting collisions and that when there is no ionization in the PWS, for calculating the saturation current to a flat probe the Bohḿs criterion is not needed, while it is enough to take into account the edge effects.

UR - https://ui.adsabs.harvard.edu/abs/2018APS..GECGT1043M/abstract

M3 - Abstract

Y2 - 5 November 2018

ER -

ID: 48986393