并给出了对两个显微物镜测量的结果。
Measuring results of two microscope objectives were also given.
随时随地捕捉人物镜头最终成为现实。
The opportunity to capture fellow man in a moment in time on film was finally a reality.
物镜，光学拾取器，记录器和重现设备。
Objective lens, optical pickup device, recorder and reproducer.
这部记录片里有些绝妙的野生动物镜头。
There was some marvellous wildlife photography in the documentary.
采用波差法进行复消色物镜的光学设计。
Optical design of apochromatic objective used wave disparity method in this paper.
介绍远焦小型变焦距物镜的设计原理及方法。
The design methodology of miniature linear zoom objective lens of far-focus is presented.
该物镜红外透过率高、相对孔径大、分辨率较高。
The objective has high infrared transmission, large relative aperture and high resolution.
本文分析了高斯光束经里斯特显微物镜的聚焦特性。
The focusing characteristics of Gaussian beam through the List microscope objective is analyzed.
在这两种仪器中，物镜所成的象都是通过目镜来观看的。
In both instruments, the image formed by an objective is viewed through an ocular.
本文将以具体产品为例。分析光学常数对折射物镜的影响。
The influence of optical constants on catadioptric objective is analysed by taking an product for example.
变焦距物镜组对整个系统的光学信息传递有着重要的作用。
Zoom lens plays an important role in the optical information capture of the whole optical system.
微光夜视仪中的物镜和像增强器是影响其性能的两个主要部件。
In LLL night vision instrument, objective and image intensifier are two main parts of effecting its performance.
该技术的缺点是：必须保证油不会从物镜组的小室中泄漏出去。
The downside of this technology was insuring that the oil would not leak out of the lens cell.
主要介绍一种光刻机投影物镜温度补偿控制的原理及控制算法。
The principle and control algorithm of temperature compensation for Sub Micron projection lithography objectives are introduced.
针对物镜筒注塑件，设计了一种内收式二瓣牙内螺纹模具结构。
Designed a injection mold with two teeth threaded core-pulling mechanism for the objective slide.
根据光学补偿变焦距理论，作者设计出光学补偿式步进变焦物镜。
According to the theory of optical compensated zoom, author designed optical compensated step zoom lenses.
为了提高微光夜视仪的性能，本文对微光物镜的特性作了分析探讨。
In order to improve the performance of LLL night vision instrument, the property of LLL objective analyzed and discussed in the paper.
复合显微镜包括两个短焦距凸透镜，即位于镜筒两端的物镜和目镜。
The compound microscope consists of two convex lenses with short focal length, the objective and eyepiece lenses, fitted at opposite ends of a tube.
阐述其工作原理和结构形式，包括PGP、准直物镜和成像物镜的设计要求。
Its work principle and structure is presented. It consists of a PGP, a front collimated and a rear focusing lens.
在激光直接写入设备中需要有高分辨力的调焦伺服机构对光刻物镜进行调焦伺服。
The optical writing object lens of the laser direct writing device must be focused in spots by a focusing-servo mechanism.
最后以设计一个普通的摄像物镜为例，演示了矩阵光学在设计变焦距镜头中的应用。
At last, the application of matrix optics is demonstrated in designing a zoom system of a general camera lens.
照相物镜移植应用指的是不同系统物镜因成像功能相似，故可实施光学结构的优化替代。
The fact of the transplantation application of photographic lens is the optical systems optimum replacement of different instruments that with the similar image forming function.
根据几何光学原理，推导出转镜-振镜扫描系统物镜前振镜上光斑移动速度的解析表达式。
An analytical expression for spot moving speed on the former vibrating mirror of the polygonal mirror scanning system objective is derived from geometrical optical principle.
色差-经常在折射望远镜的物镜上出现，是因为透镜不能把不同波长(颜色)的光聚焦到一点而形成的。
Chromatic Aberration — usually associated with objective lenses of refractor telescopes, is the failure of a lens to bring light of different wavelengths (colors) to a common focus.
换一种方式，我们可以这样想象：入射波被物体反射，所得到的衍射波再一次受到物镜的衍射。
Alternatively, we can image that the incoming wave is diffracted by the object and the resulting diffracted wave is then diffracted again by the objective lens.
将该方法应用于实际物镜设计，发现光学系统波长及权重符合探测器焦平面输出信号光谱响应特性。
Applying this method to the lens design, the lens' wavelength and weight corresponds to spectral response features of the output signal in the detector's focal plane.
本文以衍射光学为基础，详尽地分析了光束孔径匹配对光能耦合效率、光斑尺寸、物镜焦深的影响。
Based on the diffraction optics, this paper analysis the effect of aperture matching on EMR, size of focus point and focus depth of the object in detail.
本文以衍射光学为基础，详尽地分析了光束孔径匹配对光能耦合效率、光斑尺寸、物镜焦深的影响。
Based on the diffraction optics, this paper analysis the effect of aperture matching on EMR, size of focus point and focus depth of the object in detail.
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