An optical design of a zoom system applying for dentistry diagnose is presented.
介绍了一种用于牙科诊断的变焦光学系统的设计。
The system is composed of a zoom system, a secondary imaging system, and two reflectors.
该系统由变焦物镜系统、二次成像系统和两个反射镜构成。
At last, the application of matrix optics is demonstrated in designing a zoom system of a...
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。
The liquid lens technology and its application in the micro zoom system were discussed in this dissertation.
本文以液体透镜技术及其在微型变焦距系统中的应用为中心展开研究。
At last, the application of matrix optics is demonstrated in designing a zoom system of a general camera lens.
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。
In contrast with zoom system, the simple optics systems meet the requirements of low cost and high feasibility.
在满足设计指标的前提下，和变焦系统相比，该光学系统结构简单、成本低、可行性高。
Compared with the traditional zoom system, this type of zoom system structure is easier to obtain high zoom ratio.
与传统变焦距系统相比，该变焦距结构形式较容易实现高变倍比变焦。
IR zoom system has been widely used in many fields, and now it is one of the new projects in IR technology research.
红外变焦系统的应用范围非常广泛，成为当前红外技术的一个热门课题。
It can be used to really evaluate the optical performance and imaging characters at any focal length of a zoom system.
可借助该程序对变焦系统任意焦距位置的光学性能和像差特性进行实时评估。
The design of the CAM curves of the zoom system is critical to keep the precise, smooth and balance movement of the optical system.
变焦距光学系统凸轮曲线设计是保证光学系统变焦精确、平滑和驱动力均衡的关键。
The design results prove that the zoom system has high optical transmission, large zoom ratio, high resolution, small size and excellent image quality.
设计结果表明，该系统具有透过率高、变倍比大、分辨率高、体积小、像质高等优点。
The mechanical motions decrease the speed of zooming, increase space and weight for zoom system, may induce unwanted jitter, and require large power consumption.
该机械运动降低变焦速度，并增 加使用于变焦系统的空间与重量，可能引起不需要的抖动且需要较大的功率消耗。
The optimization design of the CAM curve is very important in the design of a zoom system because it will eventually affect the stability of image surface and flexibility during zoom operation.
由于变焦系统的凸轮曲线对变焦过程中像面的稳定、操作的灵活性都有重要影响，因此变焦曲线的优化设计有着重要的意义。
Zoom system Cam design is an important step of the later stage design of a zoom system. The quality of the curve design is directly related with the stability of the final image surface of the system.
变焦系统凸轮曲线设计是变焦系统后期设计过程中十分重要的一环，曲线设计的好坏直接关系到系统最后像面的稳定程度。
Zoom system CAM design is an important step of the later-stage design of a zoom system. The quality of the curve design is directly related with the stability of the final image surface of the system.
变焦系统凸轮曲线设计是变焦系统后期设计过程中十分重要的环节，曲线设计的好坏直接关系到系统像面的稳定程度。
It will display and hide markers as necessary, as well as "cluster" markers at higher zoom levels, in effect reducing strain on the user's system.
可以根据需要显示和隐藏标志；在比较高的缩放级别上还可以把标志“聚合”起来，从而避免屏幕过分拥挤。
Prior to this, there was a lag time of a few seconds (depending on your system) if you wanted to zoom in or out on an image.
在此之前如果你想放大或缩小图像时会有几秒的时滞（取决于你的系统）。
Zoom lens plays an important role in the optical information capture of the whole optical system.
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。
Let us now zoom in closer with our ship's camera to allow you to observe your expanded, fully-integrated chakra system in operation.
让我们现在放大我们的飞船摄像头准许你观察你已扩展的、完全整合的运转中的脉轮系统。
The system offers map operation function, for example: zoom in, zoom out, navigation map.
系统提供了地图操作功能，例如放大、缩小、导航图、图层管理。
A kind of diffraction element modulating phase information by LC space light modulator to get a zoom Fresnel lens, as well as the using of said element to optical imaging system, is introduced.
本文介绍一种以液晶空间光调制器作为调制位相信息的衍射元件，获得可变焦长的菲涅耳透镜，以及该元件在光学成像系统中的应用。
Basing on such GIS data model, we design a GIS electronic map system, which contains most basic GIS functions, such as object-create, map zoom, wandering, query and so on.
运用此模型，设计了一个基本的GIS电子地图实验系统，实现了GIS中地图对象的创建、地图的漫游、缩放、查询等功能。
With dynamic optical theory, the image motion compensating group formula of the zoom optical system is derived, and the trace curve of the image motion compensating group is plotted.
首先应用动态光学理论推导出变焦光学系统的像移补偿组公式，从而得到像移补偿组的轨迹曲线。
The CAM CAD system for optical zoom lens applys computer technology to design zoom lens automatically with high precision and high efficiency.
光学变焦凸轮计算机辅助设计系统是应用计算机技术，实现对变焦凸轮高精度、高效率的自动化设计。
To study the structure of telecentric beam path for zoom lens system, the axial displacement equation for the stop was deduced, which keep the system telecentric in all zoom position.
进一步研究变焦距系统远心光路的结构特征，得出了使系统在整个变焦过程中都处于远心位置的光阑轴向位移方程。
It is presented that a new method to realize zoom which using microprocessor instead of the CAM transmission system.
针对实现系统变焦的传统机械方法，提出了以微处理机技术取代凸轮传动从而实现系统变焦的方法。
It is presented that a new method to realize zoom which using microprocessor instead of the CAM transmission system.
针对实现系统变焦的传统机械方法，提出了以微处理机技术取代凸轮传动从而实现系统变焦的方法。
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