CAJ | 학술논문

近来研制成功了一种基于PC机、我们称为“THSAMM”型的多功能声显微镜。在PC机内插入采样率1GSPS的超高速A/D卡和信号产生和接收卡，利用软件完成信号检测、处理、显示功能。仪器工作频率为1--100MHz；在检测样品时，同时多层显示A、B、C扫描结果。根据声学理论、Marching Cube等值面抽取方法和OpenGL技术完成了三维数据的可视化处理，显示样品的内部三维结构。该系统已成功应用于多个领域样品的测量，获得了多项新的检测结果，显示出广阔应用前景。
근래연제성공료일충기우PC궤、아문칭위“THSAMM”형적다공능성현미경。재PC궤내삽입채양솔1GSPS적초고속A/D잡화신호산생화접수잡，이용연건완성신호검측、처리、현시공능。의기공작빈솔위1--100MHz；재검측양품시，동시다층현시A、B、C소묘결과。근거성학이론、Marching Cube등치면추취방법화OpenGL기술완성료삼유수거적가시화처리，현시양품적내부삼유결구。해계통이성공응용우다개영역양품적측량，획득료다항신적검측결과，현시출엄활응용전경。
Recently a THSAMM multipurpose scanning acoustic microscope based onPC is developed. A super high-speed A/D converter card, whose samplingrate is over 1GSPS, as well as a fast pulse generator/signal receivercard are inserted in the PC slots. Functions, including testing,processing and display, are realized by the system software. Theoperation frequency range is 1--100MHz. The A, B, C mode scan can beaccomplished at the same time and the real-time results are displayedon the screen of the PC terminal. When test is over, multi-layer B scanand C scan image can be observed from the obtained data. The 3D imageof the structure inside the testing specimen is established by usingacoustic physics, Marching Cube algorithm and OpenGL techniques.This system is successfully applied in many fields and haspotential applications. Some new useful results have been obtained.