NUMERICAL SIMULATION OF OPTICALLY IONISED LI-LIKE NEON PLASMA RECOMBINATION X-RAY LASERS

Y F Shao; S J Rose; A Djaoui

Y F Shao, S J Rose, A Djaoui. NUMERICAL SIMULATION OF OPTICALLY IONISED LI-LIKE NEON PLASMA RECOMBINATION X-RAY LASERS[J]. Chinese Journal of Computational Physics, 1996, 13(4): 454-458.

Citation:

Y F Shao, S J Rose, A Djaoui. NUMERICAL SIMULATION OF OPTICALLY IONISED LI-LIKE NEON PLASMA RECOMBINATION X-RAY LASERS[J]. Chinese Journal of Computational Physics, 1996, 13(4): 454-458.

Citation:

Y F Shao, S J Rose, A Djaoui. NUMERICAL SIMULATION OF OPTICALLY IONISED LI-LIKE NEON PLASMA RECOMBINATION X-RAY LASERS[J]. Chinese Journal of Computational Physics, 1996, 13(4): 454-458.

NUMERICAL SIMULATION OF OPTICALLY IONISED LI-LIKE NEON PLASMA RECOMBINATION X-RAY LASERS

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Abstract

A non-LTE average atom model which has been modified to include tunnel ionisation and ATI heating is presented, and the model is applied to study the optically ionised Li-like Ne recombination X-ray laser. Results from the calculation show that high gain in Li-like Ne at 9.8 nm can be produced with a 100 fsec duration, 0.248μm laser of intensity 2×10^-17Wcm^-2 and the gas density of 10^-3gcm^-3. The duration of X-ray lasing is about 1.5 psec.

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NUMERICAL SIMULATION OF OPTICALLY IONISED LI-LIKE NEON PLASMA RECOMBINATION X-RAY LASERS

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