Add to ORKGThe possibilities of improving the efficiency of light-field transformation by dynamic holograms using schemes of frequency-nondegenerate multiwave mixing in linearly absorbing liquids have been analyzed. The conditions are determined and the mechanism of the fifth-order nonlinearity related to the nonlinearity of the thermo-optical coefficient and the temperature dependence of the solvent density and specific heat is established
The results of theoretical and experimental investigations into four-wave mixing in microresonators ...
Angular characteristics of a dynamic hologram, recorded by a "fan " of plane waves in a re...
The Coupled Wave Theory of Kogelnik has given a well-established basis for the comprehension of how ...
The schemes of light beam transformations by volume dynamic holograms in resonant media revealing th...
The mechanism of multiwave mixing realized in solutions of complex organic compounds (dyes), in con...
doi: http://dx.doi.org/10.1117/12.498464In the present work consideration is given to theoretical an...
The recording of dynamic holograms during multiwave interactions in clear organic fluids (ethanol, ...
A novel method for the characterization of the processing of both absorption and phase holograms was...
An analysis of a frequency transformation of singular light beams by the dynamic hologram at a freq...
The method for topological structure transformation of optical vortices with simultaneous frequency ...
After pointing out the analogy between holography and nonlinear optical four-wave mixing, the author...
Third-order mixing of arbitrary beams of pump and second-harmonic light gives rise to a spatially pe...
This work presents theoretical and experimental studies of the processes of light field transformat...
Low-frequency intermolecular dynamics in liquids is studied by ultrafast four- and six-wave mixing. ...
A novel method for the characterization of the processing of both absorption and phase holograms is ...
The results of theoretical and experimental investigations into four-wave mixing in microresonators ...
Angular characteristics of a dynamic hologram, recorded by a "fan " of plane waves in a re...
The Coupled Wave Theory of Kogelnik has given a well-established basis for the comprehension of how ...
The schemes of light beam transformations by volume dynamic holograms in resonant media revealing th...
The mechanism of multiwave mixing realized in solutions of complex organic compounds (dyes), in con...
doi: http://dx.doi.org/10.1117/12.498464In the present work consideration is given to theoretical an...
The recording of dynamic holograms during multiwave interactions in clear organic fluids (ethanol, ...
A novel method for the characterization of the processing of both absorption and phase holograms was...
An analysis of a frequency transformation of singular light beams by the dynamic hologram at a freq...
The method for topological structure transformation of optical vortices with simultaneous frequency ...
After pointing out the analogy between holography and nonlinear optical four-wave mixing, the author...
Third-order mixing of arbitrary beams of pump and second-harmonic light gives rise to a spatially pe...
This work presents theoretical and experimental studies of the processes of light field transformat...
Low-frequency intermolecular dynamics in liquids is studied by ultrafast four- and six-wave mixing. ...
A novel method for the characterization of the processing of both absorption and phase holograms is ...
The results of theoretical and experimental investigations into four-wave mixing in microresonators ...
Angular characteristics of a dynamic hologram, recorded by a "fan " of plane waves in a re...
The Coupled Wave Theory of Kogelnik has given a well-established basis for the comprehension of how ...