USAGE OF LIQUID CRYSTAL FOR IMPLEMENTATION SPATIAL LIGHT PHASE MODULATOR
Abstract
Expediency of spatial light phase modulator for forming quasi-random realization
sampling of irradiation field for study behavior of correlation function of sixth order
was explained. The way of creation the spatial light phase modulator based on usage of
liquid crystal cell with variable cell-gap was suggested. Variation of the cell-gap in necessary
range is easy to produce by usage of vee-type gap. This type of cell provides required
amount realizations of magnitude phase shift. System of sequentially liquid crystals
cells can provide enlarge number of statistically independent realization of sample of
field irradiation intensity.
sampling of irradiation field for study behavior of correlation function of sixth order
was explained. The way of creation the spatial light phase modulator based on usage of
liquid crystal cell with variable cell-gap was suggested. Variation of the cell-gap in necessary
range is easy to produce by usage of vee-type gap. This type of cell provides required
amount realizations of magnitude phase shift. System of sequentially liquid crystals
cells can provide enlarge number of statistically independent realization of sample of
field irradiation intensity.
About the Authors
Е. Бурый
Московский государственный технический университет имени Н.Э. Баумана
Russian Federation
Russian Federation
Д. Семеренко
Московский государственный технический университет имени Н.Э. Баумана
Russian Federation
Russian Federation
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