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1·This paper presents a novel deformable mirror driven by a laser.

介绍了一种新型的利用激光驱动的可变形反射镜。

2·It is applied to measure the frequency response characteristics of piezoelectric deformable mirror.

利用它测量了压电变形反射镜的频响特性。

3·Moreover, the optical phase modulation behavior model of micro deformable mirror arrays is established for the first time.

首次建立了微变形镜阵列的光相位调制系统级模型。

4·The design and fabrication of a novel deformable mirror based on silicon micromachining technology was presented in this paper.

给出基于硅微加工技术的一种新型可变形反射镜的设计和加工方法。

5·A method for designing and fabricating a novel deformable mirror with large effective area is proposed on the basis of MEMS technology.

基于MEMS技术体硅工艺，提出一种新型大有效面积的连续变形反射镜的设计制造方法。

6·A novel electrostatic actuated deformable mirror with continuous facet is designed and fabricated by using silicon bulk micromachining technology.

基于体硅微加工技术设计并制作了一种新型的采用静电驱动的连续面型可变形反射镜。

7·In normal adaptive optical system, the deformable mirror and the wavefront sensor are conjugated in order to achieve the best wavefront correction.

在常规的自适应光学系统中，变形镜与波前传感器满足共轭位置关系以保证最好的校正效果。

8·The mathematical expressions of the optical influence functions for micromachined membrane deformable mirror and their superposition nature are introduced.

介绍了微机械薄膜变形镜光学影响函数的理论表达式以及其具有的线性叠加性。

9·A microminiature adaptive optics system with a 37-channel micromachined membrane deformable mirror (MMDM) were built, which features low cost, low power consumption, small size.

建立了由微机械薄膜变形镜(MMDM)构成的微小型自适应光学系统，该系统具有低成本、低能耗、体积小的特点。

10·The method of compensating the aberration by using an intra-cavity deformable mirror was carried out. The aberration being partial compensated was proved through the experiment.

介绍了一种利用内腔变形反射镜补偿激光器腔内畸变的方法，通过实验证实了该方法能对腔内畸变进行一定的补偿。