adaptive optics造句
例句与造句
- To achieve this high resolution , the telescope will have to rely on adaptive optics to undo the distortions introduced by atmospheric turbulence
为提高解析度，望远镜必须依靠自调光学来抵消大气扰动所造成的扭曲。 - To snap legible photographs of such planets , gmt will use advanced adaptive optics to make images that are 10 times as sharp as those from hubble
为了能清楚地对这类行星进行快拍， gmt将会采用较先进的自调光学来获得比哈伯望远镜还清晰10倍的影像。 - At last , by use of finite analysis software , the compensation of 61 - element deformable mirror is discussed after we apply the protective network to the adaptive optics system
最后应用有限元分析软件，讨论加入保护网络后， 61单元变形镜拟合象差的能力变化。 - In order to facilitate the domestic application of mems into adaptive optics , fundamental theory and fabrication technology of micromirrors are presented in this dissertation with analysis to characterize their performance
本文对基于mems技术的微变形镜的基本理论，加工方法和分析方法作了研究。 - Mems technology used in the adaptive optics will bring an important influence . based on this purpose some novel deformable mirrors were discussed in the theory and fabrication process
摘要将mems技术用于自适应光学系统具有重大意义。本文从原理及制作工艺上论述了几种新型的可变形反射镜，为下一步的深入研究打下基础。 - It's difficult to find adaptive optics in a sentence. 用adaptive optics造句挺难的
- In this paper , the scheme of mirror - protection circuit is introduced ; the mathematics model is built and confirmed ; and the protective network ' s influence on the stabilization of adaptive optics system is analyzed
文章介绍了保护网络的方案，建立数学模型并进行了仿真验证，分析了保护网络对自适应光学系统稳定性的影响。 - The effects of the atmospheric turbulence disturbance for free - space laser communication systems are analyzed in the paper , and the correction of low - order modes with adaptive optics system for wave - front error are also discussed
本论文分析和论述了大气扰动对空间激光通信的影响以及利用自适应光学系统校正低阶模式波前误差理论。 - Common path / common mode adaptive optics is the new way to fulfill the correction of them all . four kinds of cp / cm derivative systems are presented . feasibility and how to realize all the function of cp / cm adaptive optics are analyzed in detail
常规自适应光学系统仅能有针对性校正其中一部分，而cp cm自适应光学正是针对以上弱点提出的自适应光学新技术，实现了全光路像差的探测与校正，对提高系统的集成性和可靠性都有十分重要的意义。 - The resolution of optical system can not reach its diffraction limit because of the phase aberrations caused by atmospheric turbulence and other wavefront errors . adaptive optics technology uses deformable mirrors to perform dynamic phase modulation and endow optical system the ability to decrease the influence of dynamic wavefront errors
大气湍流等动态干扰使光波面相位发生畸变，使光学系统的分辨率无法达到其衍射极限，而自适应光学系统使用变形镜对光波面进行动态相位调制，赋予了光学系统能动可变的能力而有效地解决了动态干扰的问题。 - Wave - front sensor ( wfs ) is one of the most important constitutions of adaptive optics ( ao ) system and can be applied in astronomy , measurement , laser , optical component testing etc . wave - front curvature - sensor ( wfcs ) is a novel and powerful wfs , which settles the difficulty of wave - front reconstruction for shack ? hartmann ( h - s ) sensor
波前传感器是自适应光学系统最重要的组成部分之一。波前曲率传感器作为一种很有前途的波前传感器,它可以解决hartmann - shack ( h - s )传感器波前重构数据处理负担过重的困难,但其装置实现比较困难,目前还没有得到广泛应用。 - The results of strehl ration calculation after low - order modes and tilt part correction at varies atmospheric turbulent intensity and phase spectrum descend efficiency are discussed detailed . the effect o . f laser beam transmission in the turbulent atmosphere with 4 - dimension numerical analog program as well as phase compensation for adaptive optics are studied
利用激光大气传输四维数值模拟程序和实测的大气参数对激光大气传输湍流效应及其自适应光学相位补偿进行了数值模拟研究，并进行了校正低阶模式波前误差的实验研究。 - Due to the advantages such as short response time , easy operation , and convenient to comprehend the wavefront modes , the hartmann wavefront sensor ( h - wfs ) is widely utilized nowadays in real - time adaptive optics system , turbulence statistical characterization , optical components test , light quality evaluation , laser atmosphere communication , the wavefront correction of ultrahigh power laser pulses , as well as human eye aberrations measurement . the detection accuracy is important to the performance of the whole optical system . considerable efforts have been performed in the investigation of h - wfs wavefront detection techniques in past years
哈特曼波前传感器具有实时探测,易操作,可以直观显示波前畸变分布等优点,被广泛地用作自适应光学系统的波前信息探测和波前畸变补偿,大气湍流统计特性表征,光学元件检测,光束质量评价,超强激光脉冲波前整形,激光大气通信以及人眼象差测量等各个领域之中,其探测精度的高低对整个光学系统的工作性能有着极其重要的影响。 - It has many potential applications , including self - adaptive optics , optical computing and optical communications , image processing and real - time holography . in this thesis , we investigate the properties of the phase - conjugate wave produced by the self - pumped in cu : knsbn crystal and by the four - wave mixing in cr : sbn crystal
光折变晶体具有非常大的非线性光学系数，是一种理想的相位共轭材料，因而被广泛地应用于自适应光学、光计算、光通讯、图像处理、实时信息处理等许多方面。 - At the same time , the possibility of using nonlinear optics in widening the detecting wave band of hartmann - shack wavefront sensor is exploringly discussed . adaptive optics guarantees the beam quality of laser projecting system . beam cleanup , atmospheric turbulence compensation and correction of any disturbance and fabrication error in the light way are required to promise a near diffraction beam , but normal adaptive optics system can only correction one of them
自适应光学进行光束大气传输波前畸变校正时，要求系统必须能进行光束净化和校正大气湍流造成的波前畸变，并且能够同时有效地克服发射系统制造误差、重力变形以及光路内部气体扰动的影响，得到接近衍射极限的输出激光光束。 - In fundamental theory , adaptive optics , electrostatic actuation , flexure beam theory and squeeze film damping are researched ; in fabrication , bulk micro fabrication process and surface micro fabrication process are researched and compared , then the structure parameters and layout of a 8 x 8 micromirror array are designed using summit foundry ; in analysis , analytical and numerical method are used to perform static analysis , modal analysis , transient analysis , frequency analysis and to characterize the farfield performance of this 8x8 micromirror array . finally , in order to realize large scale micromirror array with lower snap down voltage , advices are given for further research
在基本理论方面，通过对自适应光学，静电力驱动，弹性梁理论和挤压薄膜阻尼的研究，确定了微变形镜的配置方案；在加工方面对体加工工艺， mumps工艺和summit工艺进行了研究与比较，并选用残余应力小，表面质量好的summit工艺对8 8的微变形镜阵列原型进行了结构设计与版图设计；在分析方面主要对微变形镜单元的静态特性，模态特性，瞬态响应，频率响应和8 8规模的微变形镜阵列的远场光学模型进行了研究，确定了微变形镜的性能参数。
