A theoretical model of the quasi-static electric field that is formed at the sharp boundary between a solid target and vacuum, due to the appearance of a cloud of laser-produced hot electrons, has been developed. It allows one to describe the maximum energies and the energy spectra of the ions accelerated in the field, it and makes possible the comparison with experimental data and the previsions of regimes achievable in the future.
Ion acceleration by a strong laser-driven quasi-static electric field
Lontano M;Passoni M;
2007
Abstract
A theoretical model of the quasi-static electric field that is formed at the sharp boundary between a solid target and vacuum, due to the appearance of a cloud of laser-produced hot electrons, has been developed. It allows one to describe the maximum energies and the energy spectra of the ions accelerated in the field, it and makes possible the comparison with experimental data and the previsions of regimes achievable in the future.File in questo prodotto:
Non ci sono file associati a questo prodotto.
I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
