Quasistatic magnetic fields generated by a nonrelativistic intense laser pulse in uniform underdense plasma

Quasistatic magnetic fields generated by nonrelativistic intense linearly polarized （LP） and circularly polarized （CP） laser pulses in an initially uniform underdense plasma in the collision-dominated limit are investigated analytically. Using a selfconsistent analytical model, we perform a detailed...

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Veröffentlicht in:	Chinese physics B 2010-07, Vol.19 (7), p.596-602
1. Verfasser:	张蕾董全力王首钧盛政明张杰
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Sprache:	eng
Schlagworte:	Derivation Electron density Exact solutions Lasers Magnetic fields Mathematical analysis Mathematical models Plasma (physics) 低密度等离子体光脉冲产生准静态磁场激光脉冲等离子体参数解析表达式非相对论
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description	Quasistatic magnetic fields generated by nonrelativistic intense linearly polarized （LP） and circularly polarized （CP） laser pulses in an initially uniform underdense plasma in the collision-dominated limit are investigated analytically. Using a selfconsistent analytical model, we perform a detailed derivation of quasistatic magnetic fields in the laser pulse envelope in the collision-dominated limit to obtain exact analytical expressions for magnetic fields and discuss the dependence of magnetic fields on laser and plasma parameters. Equations for quasistatic magnetic fields including both axial componentBz and the azimuthal one Be are derived simultaneously from such a selfconsistent model. The dependence of quasistatic magnetic field on incident laser intensity, transverse focused radius of laser pulse, electron density and electron temperature is discussed.
doi_str_mv	10.1088/1674-1056/19/7/078701
format	Article
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Using a selfconsistent analytical model, we perform a detailed derivation of quasistatic magnetic fields in the laser pulse envelope in the collision-dominated limit to obtain exact analytical expressions for magnetic fields and discuss the dependence of magnetic fields on laser and plasma parameters. Equations for quasistatic magnetic fields including both axial componentBz and the azimuthal one Be are derived simultaneously from such a selfconsistent model. 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Using a selfconsistent analytical model, we perform a detailed derivation of quasistatic magnetic fields in the laser pulse envelope in the collision-dominated limit to obtain exact analytical expressions for magnetic fields and discuss the dependence of magnetic fields on laser and plasma parameters. Equations for quasistatic magnetic fields including both axial componentBz and the azimuthal one Be are derived simultaneously from such a selfconsistent model. The dependence of quasistatic magnetic field on incident laser intensity, transverse focused radius of laser pulse, electron density and electron temperature is discussed.</abstract><pub>IOP Publishing</pub><doi>10.1088/1674-1056/19/7/078701</doi><tpages>7</tpages></addata></record>
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subjects	Derivation Electron density Exact solutions Lasers Magnetic fields Mathematical analysis Mathematical models Plasma (physics) 低密度等离子体光脉冲产生准静态磁场激光脉冲等离子体参数解析表达式非相对论
title	Quasistatic magnetic fields generated by a nonrelativistic intense laser pulse in uniform underdense plasma
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