Add to ORKGA numerical model is used to investigate the conversion efficiency of second-harmonic generation with "nondiffracting" Bessel beams. We experimentally validate the model and show, in contrast to a previous prediction, that the conversion efficiency is always less than for Boyd-Kleinman focused Gaussian beams. [S1050-2947(99)02909-1].</p
Bessel-Gauss beams have mainly been proposed in optics as a solution for reducing the on-axis intens...
Bessel and Bessel-like beams in Kerr-like nonlinear materials are numerically investigated. This is ...
We study the near axis power transport efficiency of truncated nondiffracting beams by presenting a ...
A numerical model is used to investigate the conversion efficiency of second-harmonic generation wit...
A numerical model is used to investigate the conversion efficiency of second-harmonic generation wit...
We present the results of a numerical simulation tool for modeling the second-harmonic generation (S...
We have experimentally investigated the use of diffraction-free beams to generate low-order harmonic...
International audienceWe study theoretically and numerically third-harmonic generation (THG) from mo...
We investigated the frequency-doubling properties of light beams whose transverse profile is given b...
We analyze the second-harmonic generation in two-dimensional photonic structures with radially peri...
We investigate second-harmonic generation by an astigmatic partially coherent beam. An explicit expr...
An analytical Gaussian-Schell-model based theory of partial coherent SHG determines the dependence o...
Low-divergence, high-brightness harmonic emission has been generated by using a fundamental beam wi...
We present a study of the efficiency and optimization of cw second harmonic generation by elliptical...
We derive an analytical expression for the conversion efficiency of second-harmonic generation (SHG)...
Bessel-Gauss beams have mainly been proposed in optics as a solution for reducing the on-axis intens...
Bessel and Bessel-like beams in Kerr-like nonlinear materials are numerically investigated. This is ...
We study the near axis power transport efficiency of truncated nondiffracting beams by presenting a ...
A numerical model is used to investigate the conversion efficiency of second-harmonic generation wit...
A numerical model is used to investigate the conversion efficiency of second-harmonic generation wit...
We present the results of a numerical simulation tool for modeling the second-harmonic generation (S...
We have experimentally investigated the use of diffraction-free beams to generate low-order harmonic...
International audienceWe study theoretically and numerically third-harmonic generation (THG) from mo...
We investigated the frequency-doubling properties of light beams whose transverse profile is given b...
We analyze the second-harmonic generation in two-dimensional photonic structures with radially peri...
We investigate second-harmonic generation by an astigmatic partially coherent beam. An explicit expr...
An analytical Gaussian-Schell-model based theory of partial coherent SHG determines the dependence o...
Low-divergence, high-brightness harmonic emission has been generated by using a fundamental beam wi...
We present a study of the efficiency and optimization of cw second harmonic generation by elliptical...
We derive an analytical expression for the conversion efficiency of second-harmonic generation (SHG)...
Bessel-Gauss beams have mainly been proposed in optics as a solution for reducing the on-axis intens...
Bessel and Bessel-like beams in Kerr-like nonlinear materials are numerically investigated. This is ...
We study the near axis power transport efficiency of truncated nondiffracting beams by presenting a ...