Underwater Optical Communications Using Orbital Angular Momentum Based In summary, a method of off axis digital holography with an ultrashort pulse light source based on spatial an gular multiplexing is introduced, which can be used to effectively enlarge. A recording method for enlarging the detected area in the above case is proposed in this letter, in which multiple interferences between the object and the reference waves are obtained by spatial angular multiplexing.
Pdf Spatial Angular Multiplexing For Enlarging Detection Area Of Off A recording method for enlarging the detected area in the off axis digital holography case is proposed, in which multiple interferences between the object and the reference waves are obtained by spatial angular multiplexing. A recording method for enlarging the detected area in the above case is proposed in this letter, in which multiple interferences between the object and the reference waves are obtained by. An image plane pulsed digital holographic system with two references based on spatial angular multiplexing is set up in the experimental system. A recording method for enlarging the detected area in the above case is proposed in this letter, in which multiple interferences between the object and the reference waves are obtained by spatial angular multiplexing.
Pdf Spatial Angular Multiplexing For Enlarging The Detected Area In An image plane pulsed digital holographic system with two references based on spatial angular multiplexing is set up in the experimental system. A recording method for enlarging the detected area in the above case is proposed in this letter, in which multiple interferences between the object and the reference waves are obtained by spatial angular multiplexing. Spatial angular multiplexing for enlarging the detected area in off axis digital holography. A new recording method based on spatial angular multiplexing for enlarging the detected area in the above situation is proposed, in which multiple interferences between the object and the reference waves are simultaneously carried out by the spatial angular multiplexing. A recording method for enlarging the detected area in the above case is proposed in this letter, in which multiple interferences between the object and the reference waves are obtained by spatial angular multiplexing. In digital holography, the sampling of the object wavefront is determined by the spatial resolution of the image sensors, which limits the angle range of the object wavefront. in this letter, we propose a recording structure for enlarging the detection angle in off axis digital holography.
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