Accession Number : ADA304853
Title : Optically Smart Surfaces for Aerodynamic Measurements.
Descriptive Note : Final rept. 27 Jul 92-28 Apr 95,
Corporate Author : METROLASER IRVINE CA
Personal Author(s) : Millerd, James E. ; Trolinger, James D.
PDF Url : ADA304853
Report Date : 30 JAN 1995
Pagination or Media Count : 105
Abstract : This effort was to develop optically smart surfaces for aerodynamic measurement applications. Phase I established the feasibility of incorporating an optical sensor in a thin holographic coating placed on an arbitrary metallic surface. These holograms store a complex optical instrument which is actuated by impinging an 'address' beam. Information is impressed by the sensor upon the address beam before it is returned to a receiver. Phase II moved these sensors from the basic research laboratory to a wind tunnel environment. Holographic sensors to measure velocity and skin friction were designed, constructed and tested in a calibration channel located at the University of California Irvine and a transonic wind tunnel located at Wright Laboratory. Efforts were made to improve sensor ruggedness and reproducibility by development techniques to produce nickel shims and mylar peel and stick sensors.
Descriptors : *HOLOGRAPHY, *AERODYNAMIC LOADING, *OPTICAL DETECTORS, *DISTORTION, MEASUREMENT, COATINGS, POLYMERIC FILMS, THINNESS, CALIBRATION, RUGGEDIZED EQUIPMENT, REPRODUCIBILITY, SKIN FRICTION, AERODYNAMICS, TRANSONIC WIND TUNNELS, PEEL STRENGTH, POLYETHYLENE TEREPHTHALATE.
Subject Categories : Holography
Optical Detection and Detectors
Distribution Statement : APPROVED FOR PUBLIC RELEASE