We develop a rapid and efficient numeric technique for the design of arbitrary quasi-phase matched lattices for parametric generation of single and multiple pulses with any prescribed amplitude and phase profiles from fundamental frequency excitation in the regime of pump depletion. We examine the case of simultaneous of 2nd and 3rd harmonic generation in arbitrary quasi-phase matched gratings taking into account the group velocity mismatch and dispersion
Spatial modulation of a nonlinear optical process provides a versatile means for achieving phase-mat...
Simultaneous generation of the 2nd and 3rd harmonic, excited by linearly frequency- chirped fundamen...
This thesis describes the use of counterpropagating pulse trains to quasi-phase-match high-harmonic ...
We develop an effective numerical algorithm to design engineered quasi-phase-matching gratings in no...
We numerically design quasi-phase matched crystals with domains of arbitrary sizes for second harmon...
We numerically design quasi-phase matched crystals with domains of arbitrary sizes for second harmon...
We develop a rapid and efficient numeric technique for the design of arbitrary quasi-phase matched l...
We develop a rapid and efficient numeric technique for the design of arbitrary quasi-phase matched l...
Cataloged from PDF version of article.We report a simple ad hoc method for designing an aperiodic gr...
We report a simple ad hoc method for designing an aperiodic grating structure to quasi-phase match t...
We develop an effective numerical algorithm to design engineered quasi-phase-matching gratings in no...
We develop an effective numerical algorithm to design engineered quasi-phase-matching gratings in no...
We numerically design quasi-phase matched crystals with domains of arbitrary sizes for second harmon...
We numerically design quasi-phase matched crystals with domains of arbitrary sizes for second harmon...
A simple technique for generating trains of ultrafast pulses is demonstrated in which the linear sep...
Spatial modulation of a nonlinear optical process provides a versatile means for achieving phase-mat...
Simultaneous generation of the 2nd and 3rd harmonic, excited by linearly frequency- chirped fundamen...
This thesis describes the use of counterpropagating pulse trains to quasi-phase-match high-harmonic ...
We develop an effective numerical algorithm to design engineered quasi-phase-matching gratings in no...
We numerically design quasi-phase matched crystals with domains of arbitrary sizes for second harmon...
We numerically design quasi-phase matched crystals with domains of arbitrary sizes for second harmon...
We develop a rapid and efficient numeric technique for the design of arbitrary quasi-phase matched l...
We develop a rapid and efficient numeric technique for the design of arbitrary quasi-phase matched l...
Cataloged from PDF version of article.We report a simple ad hoc method for designing an aperiodic gr...
We report a simple ad hoc method for designing an aperiodic grating structure to quasi-phase match t...
We develop an effective numerical algorithm to design engineered quasi-phase-matching gratings in no...
We develop an effective numerical algorithm to design engineered quasi-phase-matching gratings in no...
We numerically design quasi-phase matched crystals with domains of arbitrary sizes for second harmon...
We numerically design quasi-phase matched crystals with domains of arbitrary sizes for second harmon...
A simple technique for generating trains of ultrafast pulses is demonstrated in which the linear sep...
Spatial modulation of a nonlinear optical process provides a versatile means for achieving phase-mat...
Simultaneous generation of the 2nd and 3rd harmonic, excited by linearly frequency- chirped fundamen...
This thesis describes the use of counterpropagating pulse trains to quasi-phase-match high-harmonic ...