The amplificatory image of frost layer is analyzed for founding frost structure model.

分析实验获取的霜层显微图像,为建立霜层结构模型提供基础.

The structure has the advantages of brief construction, big amplificatory coefficient and easy manufacturing techniques.

该机构具有结构简单紧凑 、 增力系数大、制造工艺简便等优点.

Based on the amplificatory principle of flexible organ, the structure form which is piezoelectric ceramics driver pulsing flexible organ is adopted to design the implement organ of micro-manipulator.

基于柔性机构的放大原理，论文采用压电陶瓷驱动器加柔性机构的结构形式来设计微操作器的执行机构；