Laser induced ultrafast H2+ dinamic and attosecond generation

Risultato della ricerca: Other contribution

Abstract

We examine the possibility that a H2+ molecular ion driven by a linearly polarized laser field can be considered as a source of attosecond pulses. The emisseion is investigated taking into account the role of the internuclear distance and by changing the angle between the laser field and the molecular axis. We find that the attosecond pulses emission happens when the electron cloud is over one nucleus; on the contrary, when the elctron is travelling between the two nuclei the attosecond emission do not take place.
Lingua originaleEnglish
Stato di pubblicazionePublished - 2012

Fingerprint

electron clouds
nuclei
pulses
molecular ions
lasers

Cita questo

@misc{8180adb50234429dac53dd0f43151113,
title = "Laser induced ultrafast H2+ dinamic and attosecond generation",
abstract = "We examine the possibility that a H2+ molecular ion driven by a linearly polarized laser field can be considered as a source of attosecond pulses. The emisseion is investigated taking into account the role of the internuclear distance and by changing the angle between the laser field and the molecular axis. We find that the attosecond pulses emission happens when the electron cloud is over one nucleus; on the contrary, when the elctron is travelling between the two nuclei the attosecond emission do not take place.",
author = "Francesca Morales and Rosalba Daniele and Giuseppe Castiglia and Persico, {Francesco Saverio} and Corso, {Pietro Paolo} and Emilio Fiordilino",
year = "2012",
language = "English",
type = "Other",

}

TY - GEN

T1 - Laser induced ultrafast H2+ dinamic and attosecond generation

AU - Morales, Francesca

AU - Daniele, Rosalba

AU - Castiglia, Giuseppe

AU - Persico, Francesco Saverio

AU - Corso, Pietro Paolo

AU - Fiordilino, Emilio

PY - 2012

Y1 - 2012

N2 - We examine the possibility that a H2+ molecular ion driven by a linearly polarized laser field can be considered as a source of attosecond pulses. The emisseion is investigated taking into account the role of the internuclear distance and by changing the angle between the laser field and the molecular axis. We find that the attosecond pulses emission happens when the electron cloud is over one nucleus; on the contrary, when the elctron is travelling between the two nuclei the attosecond emission do not take place.

AB - We examine the possibility that a H2+ molecular ion driven by a linearly polarized laser field can be considered as a source of attosecond pulses. The emisseion is investigated taking into account the role of the internuclear distance and by changing the angle between the laser field and the molecular axis. We find that the attosecond pulses emission happens when the electron cloud is over one nucleus; on the contrary, when the elctron is travelling between the two nuclei the attosecond emission do not take place.

UR - http://hdl.handle.net/10447/72345

M3 - Other contribution

ER -