The simultaneous generation of the 2nd and 3rd harmonics of a frequency-chirped pulse in a quadratically nonlinear medium encompassing a quasi-phase-matched grating with linearly varying inverse domain size has been numerically studied. The efficient pulse compression and energy conversion have been analyzed taking into account the group velocity mismatch and dispersion.
Sapaev, U.k., Yusupov, D.b., Assanto, G. (2011). Efficient pulse compression and frequency conversion of phase-modulated laser pulses in engineered quasi-phase-matching gratings. PHYSICS OF WAVE PHENOMENA, 19(2), 107-111 [10.3103/S1541308X11020063].
Efficient pulse compression and frequency conversion of phase-modulated laser pulses in engineered quasi-phase-matching gratings
ASSANTO, GAETANO
2011-01-01
Abstract
The simultaneous generation of the 2nd and 3rd harmonics of a frequency-chirped pulse in a quadratically nonlinear medium encompassing a quasi-phase-matched grating with linearly varying inverse domain size has been numerically studied. The efficient pulse compression and energy conversion have been analyzed taking into account the group velocity mismatch and dispersion.File in questo prodotto:
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