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声显微镜使比可听见的音调高5000多倍的超声波通过样品,显示出其内部的显微结构。将样品放在镜台上,在这里弹性波透过样品,并且用激光照明。超声波被物质散射和吸收,散射和吸收的情况由其内部弹性决定。高分辨率扫描激光束传声器将超声信
Acoustic microscopes move the ultrasonic waves 5000 times higher than the audible tone through the sample to reveal its internal microstructure. Place the sample on the stage, where the elastic waves are transmitted through the sample and illuminated with a laser. Ultrasound is scattered by the material and absorbed, scattered and absorbed by the internal flexibility of its decision. High-resolution scanning laser beam microphone will be ultrasonic letter