CALCULATION OF DISPERSION RELATIONS IN HOMOGENEOUS PLASMA IN THE PRESENCE OF A LASER FIELD

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cholaki Erfan; sahafi mohammad hossein

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Seminar Paper

Paper Information

Seminar: INTERNATIONAL CONFERENCE ON MODERN TECHNOLOGY IN SCIENCES
Year:2019 | Issue:2

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Title

CALCULATION OF DISPERSION RELATIONS IN HOMOGENEOUS PLASMA IN THE PRESENCE OF A LASER FIELD

Author(s)

cholaki Erfan | sahafi mohammad hossein

Keywords

HOMOGENEOUS PLASMA

LASER FIELD

THERMAL NEUTRON

Abstract

ELECTROMAGNETIC INSTABILITY HAS BEEN INVESTIGATED IN HOMOGENEOUS PLASMA HEATED THROUGH A LASER WAVE IN THE LIMIT, WHERE IS THE ELECTRON VELOCITY AND IS THE THERMAL VELOCITY. AN ANISOTROPIC ELECTRON DISTRIBUTION FUNCTION THAT PRODUCES ELECTROMAGNETIC NON-STEADY-STATE LATTICES IS NUMERICALLY CALCULATED BY THE WLASWO-LANDAU EQUATION IN ESTIMATING THE HIGH ION CHARGE. AN ELECTROMAGNETIC WAVES DISPERSION RELATION, WHICH TAKES NON-LINEAR EXPRESSIONS ON FROM THE PREVIOUS RESULTS. IN TYPICAL SIMULATION WITH ION CHARGE LOAD Z = 13, TEMPERATURE T = 5 KEV, DENSITY, AND LASER WAVELENGTH, AND GROWTH RATES GREATER THAN WAS FOUND IN THE BOUNDARY OF THE QUASITE NONLINEAR WAVE NUMBER FOR. IN THE SAME PHYSICAL CONDITIONS AND IN THE MEDIUM COLLISION RANGE, THE GROWTH RATE WAS OBTAINED AT ABOUT. THE MAGNITUDE OF THE WAVE NUMBER GROWTH RATE INCREASES SIGNIFICANTLY WITH INCREASING α .

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APA: Copy

cholaki, Erfan, & sahafi, mohammad hossein. (2019). CALCULATION OF DISPERSION RELATIONS IN HOMOGENEOUS PLASMA IN THE PRESENCE OF A LASER FIELD. INTERNATIONAL CONFERENCE ON MODERN TECHNOLOGY IN SCIENCES. SID. https://sid.ir/paper/949168/en

Vancouver: Copy

cholaki Erfan, sahafi mohammad hossein. CALCULATION OF DISPERSION RELATIONS IN HOMOGENEOUS PLASMA IN THE PRESENCE OF A LASER FIELD. 2019. Available from: https://sid.ir/paper/949168/en

IEEE: Copy

Erfan cholaki, and mohammad hossein sahafi, “CALCULATION OF DISPERSION RELATIONS IN HOMOGENEOUS PLASMA IN THE PRESENCE OF A LASER FIELD,” presented at the INTERNATIONAL CONFERENCE ON MODERN TECHNOLOGY IN SCIENCES. 2019, [Online]. Available: https://sid.ir/paper/949168/en

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