望远镜

基本解释 (translations)

glass  ·  telescope  ·  glassed  ·  telescoped  ·  telescopes

词组短语

perspective glass

与望远镜相关的网络例句 [注：此内容来源于网络，仅供参考]

The physical model of polarizing beam coupling and splitting system using altazimuth coude telescope is built up based on Mueller matrix and Stokes vector. The phenomena of the decreasing of the receiving efficiency are successfully explained by this model. Three dynamic phase compensation solutions are proposed: 1 Two quarter-wave plates are rotated to compensate the phase of the laser.

针对这个问题，建立了地平式折轴望远镜的共孔径偏振耦合分光模型，用Stokes矢量和Mueller矩阵分析了在望远镜旋转过程中激光偏振态的变化，数值模拟计算了望远镜处于不同方位角和天顶角时的偏振耦合分光效率，解释了实验中观察到的望远镜旋转导致偏振耦合分光效率退化的现象。

The reflecting telescope, pioneered by Isaac Newton in the 17th century, later became the instrument of choice because of its use of mirrors, which could be constructed successfully at much great sizes than the glass lenses used in refracting telescopes.

反射望远镜是艾萨克·牛顿于17世纪首先倡导的，后来由于望远镜上反射镜的应用面成为了一种首选的设备，比起折射望远镜里使用的玻璃透镜来，它能够成功建造出尺寸大得多的望远镜。

Reflector telescope relative a larger diameter can be done, the main focus of the relative telescope diameter is about 15-125, even greater, Wang DC, inter Newton Telescope, the tube is longer than the system is much shorter focal length, coupled with the main mirror is only one apparent need for processing, which greatly reduces cost and manufacturing difficulties, there is currently greater than 134 meters diameter optical telescopes are all reflecting telescope.

反射望远镜的相对口径可以做得较大，主焦点式反射望远镜的相对口径约为15—125，甚至更大，而且除牛顿望DC远镜外，镜筒的长度比系统的焦距要短得多，加上主镜只有一个表面需要加工，这就大大降低了造价和制造的困难，因此目前口径大于134米的光学望远镜全部是反射望远镜。

To improve the pointing accuracy of the telescope mount and the capability of daylight tracking, it is necessary to do more study on the error of telescope axes. The present thesis analyses many kinds of factors that cause the pointing error of telescope mount, and discusses the method for correcting the pointing error by setting up telescope mount model in detail.

本文详细分析了望远镜机架指向产生偏差的各种因素，讨论了通过建立望远镜机架指向误差模型的方法来修正望远镜机架指向误差的方法，通过使用CCD观测恒星来求解望远镜机架指向误差模型参数。

In order to decrease the weight of tracking system and make suitable use of the Lander space, the pitching-axis of Lunar optical telescope is vertical with the Lander's flank, its rotation part is fastened on the Lander's flank, the azimuth-axis adopts rotation reflecting mirror, the flat mirror is located before the telescope tube, the angle of flat mirror and the telescope ray-axis is 45°,so that the reflecting ray can enter the telescope optical system, the scan of the mirror can be accomplished by the rotation of the telescope tube.

工作过程中望远镜支架的两个轴需带动望远镜一起转动，为了减小跟踪平台的重量和合理利用着陆器空间，又能在大范围内对太空目标进行跟踪，月基天文望远镜的俯仰轴垂直于着陆器的侧面，其转动部分固联在着陆器的侧面，方位轴采用旋转反射镜方式，将平面反射镜放在望远镜的镜筒前端，并与望远镜光轴成45°安装，使反射光线能够进入望远镜光学系统，通过转动望远镜镜筒使得反射镜实现对空间的扫描。

Qing-ray telescope Monopoly to provide you with a variety of telescopes, astronomy telescopes, military binoculars, compass, table above sea level, military compass, infra-red telescope, high-power binoculars, night vision binoculars, telescopes digital, high-quality, and other single-telescope Optical products.

光擎望远镜专卖为您提供各种望远最流行的圣诞礼物镜，天文望远镜，军用望远镜，指南针，海拔表，军用指北针，红外线望远镜，高倍望远镜，夜视望远镜，数码望远镜，单筒望远镜等优质光学产品。

Accordingly, as the major targets weighing the quality of the telescope,its luminous energy concentration degree directly influence the quality of the image of the celestial body. So many kinds of technique about the optical quality testing of telescope have came forth. Hartmann screen test is one of the most classical among them and it has become one of the main testing method on several large-scale telescopes in the world because of some strongpoints suchas briefness, visuality and easy handlment.The image through the350mm telescope of the Yunnan observatory has aberration in general, subsequently,the relative position of the primary mirrior has err when blooming and reinstalling .

因此，天文望远镜光能集中度作为衡量天文望远镜质量的重要指标，直接影响到所成天体像的质量好坏，所以就出现了多种天文望远镜光学质量检测方法，其中最经典的是哈特曼光栏法，它因简单、直观、操作方便等优点而成为世界上多台大型天文望远镜的重要质量检测方法之一。

Google Sky add-on to Google Earth is developed with partnership from some of the world's leading observatories such as Sloan Digital Sky Survey, Digital Sky Survey Consortium which obtained photographic data from Oschin Schmidt Telescope on Palomar Mountain and the UK Schmidt Telescope and NASA/Space Telescope Institute, the science operations center for Hubble space telescope, the main source for Google Earth Sky add-on service where public astronomical images as well as color astronomical images of all of the archived data from Hubble's Advanced Camera for Surveys will be added and shown, together with newly released Hubble pictures will be added to the Google Sky program as soon as they are issued.

Google的天空添加就到Google Earth是发达国家与伙伴关系，从世界上一些领先的观测站，如斯隆数字天空调查，数字天空调查的财团获得摄影数据，从oschin施密特望远镜对帕洛马山区和英国施密特望远镜和美国航天局/太空望远镜研究所，科学营运中心，为哈勃太空望远镜，主要来源为Google地球天空添加对公共服务的天文图像，以及彩色的天文图像，所有的存档数据，从哈勃望远镜的高级照相机拍摄的调查加入和显示，加上新公布的哈勃照片将被加入到Google的天空计划，尽快，因为他们发出的。

Can be divided into Newtonian telescope, Cassegrain telescope, Gregorian telescope, several types of off-axis telescope.

可分为牛顿望远镜、卡塞格林望远镜、格雷果里望远镜、折轴望远镜几种类型。

Data in the gamma-ray band were acquired by the Large Area Telescope aboard the Fermi Gamma-ray Space Telescope, while the radio rotational ephemeris used to fold gamma-rays was obtained using both the Green Bank Telescope and the Lovell telescope at Jodrell Bank.

伽玛波段的数据来自于Fermi伽玛射线空间望远镜上的大面积望远镜的观测，用于折叠伽玛射线数据的射电旋转周期数据来自于Green Bank望远镜和位于Jodrell Bank的Lovell望远镜的观测。

与望远镜相关的网络解释 [注：此内容来源于网络，仅供参考]

telescopic alidade：带望远镜的方位镜望远镜方位仪

telescoped joint 伸缩接合 | telescopic alidade 带望远镜的方位镜望远镜方位仪 | telescopic alidade 望远镜方位仪

HST：哈勃太空望远镜

jpg | 哈勃太空望远镜 哈勃太空望远镜 (HST)的主镜于今日因故障停止工作. 哈勃太空望远镜拍摄的众多美丽的宇宙图景曾是 天文学 的一次革命. 哈勃太空望远镜拥有三个独立的电子照相机以 ... 星期一之前运行的第三 ...

refractor：折射式望远镜

折射式望远镜 (Refractor)折射望远镜是以会聚远方物体的光而现出实象的透镜为物镜的望远镜它会使从远方来的光折射集中在焦点,折射望远镜的好处就是使用方便,稍微...

spyglass：小望远镜

3.望远镜最终使第一个高速电信网络--小望远镜(spyglass)问世,小望远镜用于传递数英里外的旗语信号. 4.伽利略是第一个将望远镜观测天空的人,最终他发现了木星的卫星和月球陨石坑. 但是,伽利略一个不明智的举动是,他竟然用望远镜观测太阳,

telescopy：望远镜学;望远镜制造学

Telescopium 望远镜[星]座 | telescopy 望远镜学;望远镜制造学 | telestar 电视卫星

telestereoscope：立体望远镜 双眼望远镜

telestar通信卫星 | telestereoscope立体望远镜 双眼望远镜 | tele-stereoscope体视望远镜

ZEISS：德国蔡司望远镜

88.蔡司单筒望远镜8 x 20 B T*Mono 蔡司单筒望远镜3x12 B Mono 蔡司望远镜(ZEISS)征服者系列12×45BT* 德国蔡司望远镜(ZEISS)征服者系列10×50T* 德国蔡司望远镜(ZEISS)征服者系列8×40T* 德国蔡司望远镜(ZEISS)胜利系列10x32

telescopist：使用望远镜的人/善用望远镜的人

telescopiny /嵌入过程/ | telescopist /使用望远镜的人/善用望远镜的人/ | telescopy /望远镜使用法/望远镜制造法/

inverting telescope：倒相望远镜六分仪)倒相望远镜

inverting telescope 倒相望远镜;长望远镜 | inverting telescope 倒相望远镜六分仪)倒相望远镜 | inverting 倒转的

inverting telescope：倒相望远镜;长望远镜

inverting telescope 倒相望远镜 | inverting telescope 倒相望远镜;长望远镜 | inverting telescope 倒相望远镜六分仪)倒相望远镜