CAJ | 학술논문

为获得材料复杂细观结构的三维模型，开发了一种基于切片三维重构方法的微型自动切片式三维重构系统。该系统能对被研究对象进行切片，自动获取二维切片图像并对其进行分析，然后获得研究对象的三维模型。该系统具有精度高(切片精度可达0.2 mm)、全自动（能对研究对象进行自动切片、自动清洗、自动烘干等处理)、小型化(整个系统可在一个普通工作台上运行)、成本低等特点。
위획득재료복잡세관결구적삼유모형，개발료일충기우절편삼유중구방법적미형자동절편식삼유중구계통。해계통능대피연구대상진행절편，자동획취이유절편도상병대기진행분석，연후획득연구대상적삼유모형。해계통구유정도고(절편정도가체0.2 mm)、전자동（능대연구대상진행자동절편、자동청세、자동홍간등처리)、소형화(정개계통가재일개보통공작태상운행)、성본저등특점。
In order to acquire the 3D model reflecting the microstructure of complex structural materials , this paper exploits a micro-scale automatic slicing 3D reconstruction system based on slicing 3D reconstruction . This system can slice the studied object antomaticly , and the slicing accuracy can be up to 0 . 2 mm . For obtaining a clear and clean slicing picture , the system should clean and dry the studied object antomaticly before the slicing image is taken . The system reconstructs the 2D slicing images which are obtained antomaticly in order to acquire the 3D model of the studied object . This system has charccteristics of high precision , micro-scale , antomation and low cost .