At laser intensities above IL 10^14 W/cm^2, IL^2,10^14 Wum^2/cm^2, nonlinear processes in preformed plasma, such as self-focusing, influence ion generation significantly and ions with higher charge states and energies can be produced than without interaction with preformed plasma. The step sspreadd in plots of experimental data of ion energy per nucleon versus IL^2 reported by other researchers most likely reflects high-intensity laser interactions with and without preformed plasma.
Charge–state and energy enhancement of laser produced ions due to non-linear processes in preformed plasma
TORRISI, Lorenzo
2005-01-01
Abstract
At laser intensities above IL 10^14 W/cm^2, IL^2,10^14 Wum^2/cm^2, nonlinear processes in preformed plasma, such as self-focusing, influence ion generation significantly and ions with higher charge states and energies can be produced than without interaction with preformed plasma. The step sspreadd in plots of experimental data of ion energy per nucleon versus IL^2 reported by other researchers most likely reflects high-intensity laser interactions with and without preformed plasma.File in questo prodotto:
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