The primary requirements of Strehl ratio and light efficiency for optical modules in the...
并列表给出武器系统中各个光学组件的斯特列尔比和光效率的初步要求。
Integral probability of compensation efficiency Strehl ratio is given in the sense of short exposure.
描述了短曝光情况下，补偿效率积分概率的意义。
The primary requirements of Strehl ratio and light efficiency for optical modules in the weapon system are...
并列表给出武器系统中各个光学组件的斯特列尔比和光效率的初步要求。
The formula and criterion of the Strehl intensity ratio consisting of the aberration and roughness are developed.
建立了兼含粗糙度与波面像差影响的中心点亮度比公式及其像质评价准则。
The primary requirements of Strehl ratio and light efficiency for optical modules in the weapon system are listed.
并列表给出武器系统中各个光学组件的斯特列尔比和光效率的初步要求。
The strehl ratio of PCFT beam array with small coherence length and bigger beam order are less affected by turbulence.
相干长度越小、光束阶数越大，部分相干平顶光束序列的斯特列尔比受湍流影响越小。
Strehl is the pioneer who started the friendly exchange between Ningbo University of Technology and Aachen University of Applied Science.
斯特·利尔先生是宁波工程学院和亚琛应用科学大学友好交流的开拓者。
Point spread function (PSF) and Strehl ratio (SR) are used to evaluate the imaging quality of the system with different defocus parameters.
通过分析点扩散函数、斯特列比和离焦量的关系来评价三种不同掩模板对光学系统成像质量的影响。
After learning the present situation of web-TV in Ningbo, Mr. Strehl showed great interest in the cyber media and spoke highly of the achievement attained.
斯特·利尔先生在了解了宁波网络电视等一些大致情况后，对网络媒体表示了极大的兴趣和肯定。
The effects of the radius and the transmittance of the first zone on the Strehl ratio, the transverse and axial gains, and the side lobes are analyzed in detail.
详细分析了该光瞳滤波器的第一区半径和透射率对施特雷尔比、轴向和横向超分辨因子以及旁瓣能量的影响。
The experimental results of low-order modes correction for wave-front error and the enhancement of Strehl ratio in detector and the improvement of wave-front tilt are also established.
通过低阶校正模式波前误差提高了探测器接收光强，并有效校正了波前倾斜。
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.
给出了在各种不同大气湍流强度、不同相位谱空间频率的下降因子时，大气湍流相位波前低阶模式完全校正后和倾斜部分校正时的斯特列尔比的计算结果。
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.
给出了在各种不同大气湍流强度、不同相位谱空间频率的下降因子时，大气湍流相位波前低阶模式完全校正后和倾斜部分校正时的斯特列尔比的计算结果。
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