1993Journal of Physics B Atomic Molecular and Optical PhysicsOpen access

Ionization time scales in hot dense plasma

John Edwards, Steven J. Rose

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Abstract

Calculations of the time-dependent ionization in hot, dense plasmas on ultra-short time scales indicate that highly ionized plasmas may be formed in less than 100 fs. This has implications for the generation of highly ionized plasmas with ultra-short laser pulses. The ionization time is found to be inversely proportional to the plasma density.

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Calculations of the time-dependent ionization in hot, dense plasmas on ultra-short time scales indicate that highly ionized plasmas may be formed in less than 100 fs. This has implications for the generation of highly ionized plasmas with ultra-short laser pulses. The ionization time is found to be inversely proportional to the plasma density.

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Available abstract

Calculations of the time-dependent ionization in hot, dense plasmas on ultra-short time scales indicate that highly ionized plasmas may be formed in less than 100 fs. This has implications for the generation of highly ionized plasmas with ultra-short laser pulses. The ionization time is found to be inversely proportional to the plasma density.

Key concepts: Ionization, Plasma, Atomic physics, Laser, Materials science, Ion, Physics, Nuclear physics

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