Accession Number : ADA330065
Title : High Frequency Buried Target Imaging
Corporate Author : TEXAS UNIV AT AUSTIN APPLIED RESEARCH LABS
Personal Author(s) : Chotiros, Nicholas P.
PDF Url : ADA330065
Report Date : 06 OCT 1997
Pagination or Media Count : 27
Abstract : Acoustical imaging can potentially provide a buried object classification capability. The image quality is expected to be a function of sediment type, burial depth, and grazing angle. Image degradation is caused by propagation and scattering processes that can be modeled and experimentally measured. Three physical mechanisms were investigated: ghosting, warping, and fogging. Fogging, caused by backscattering from the sediment, is expected to be the limiting factor. A laboratory experiment was conducted to test the findings but the results were inconclusive.
Descriptors : *MINE DETECTION, *ACOUSTIC IMAGES, *LAND MINES, DEGRADATION, ACOUSTIC DETECTION, BACKSCATTERING, BURIED OBJECTS, ACOUSTIC SCATTERING, TARGET CLASSIFICATION, SEDIMENTS, UNDERGROUND, GRAZING ANGLES.
Subject Categories : Land Mine Warfare
Acoustic Detection and Detectors
Distribution Statement : APPROVED FOR PUBLIC RELEASE