Simplified band transport model of the photorefractive effect

R Jaura, TJ Hall, PD Foote - Optical Engineering, 1986 - spiedigitallibrary.org
The simplified band transport model of the photorefractive effect in which the material
responds linearly to local changes in light intensity modulation ratio (fringe contrast) is …

Simplified band transport model of the photorefractive effect

TJ Hall, PD Foote - Optical Engineering, 1986 - spiedigitallibrary.org
The simplified band transport model of the photorefractive effect in which the material
responds linearly to local changes in light intensity modula-tion ratio (fringe contrast) is …

[引用][C] Simplified transport model of the photorefractive effect

R JAURA, TJ HALL, PD FOOTE - Optical engineering …, 1986 - pascal-francis.inist.fr
Simplified transport model of the photorefractive effect CNRS Inist Pascal-Francis CNRS
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Simplified Band Transport Model Of The Photorefractive Effect

R Jaura, TJ Hall, PD Foote - Optical Engineering, 1986 - ui.adsabs.harvard.edu
The simplified band transport model of the photorefractive effect in which the material
responds linearly to local changes in light intensity modulation ratio (fringe contrast) is …

[PDF][PDF] Simplified band transport model of the photorefractive effect

TJ Hall, PD Foote - Optical Engineering, 1986 - researchgate.net
The simplified band transport model of the photorefractive effect in which the material
responds linearly to local changes in light intensity modula-tion ratio (fringe contrast) is …

[PDF][PDF] Simplified band transport model of the photorefractive effect

TJ Hall, PD Foote - Optical Engineering, 1986 - Citeseer
The simplified band transport model of the photorefractive effect in which the material
responds linearly to local changes in light intensity modula-tion ratio (fringe contrast) is …

[引用][C] Simplified transport model of the photorefractive effect

R JAURA, TJ HALL, PD FOOTE - Optical …, 1986 - Society of Photo-Optical …