相望遠鏡 的英文怎麼說

中文拼音 [xiāngwàngyuǎnjìng]
相望遠鏡 英文
phase telescope
  • 相 : 相Ⅰ名詞1 （相貌; 外貌） looks; appearance 2 （坐、立等的姿態） bearing; posture 3 [物理學] （相位...
  • 望 : Ⅰ動詞1 （向遠處看） look over; gaze into the distance; look far into the distance 2 （探望） visi...
  • 遠 : Ⅰ形容詞1 （空間或時間的距離長） far; distant; remote 2 （血統關系疏遠） distant in relationship 3...
  • 鏡 : Ⅰ名詞1 （鏡子） looking glass; mirror 2 （幫助視力或做光學實驗的器具） lens; glass 3 （姓氏） a s...
  • 望遠鏡 : telescope; binocle
  • 望遠 : telescope objective
  1. So j. j. puts in a word doing the toff about one story was good till you heard another and blinking facts and the nelson policy putting your blind eye to the telescope and drawing up a bill of attainder to impeach a nation and bloom trying to back him up moderation and botheration and their colonies and their civilisation

    於是，傑傑就擺出嘣士派頭插嘴說，光聽片面之詞可弄不清楚事實的真相，那是照納爾遜的做法，用瞎了的那隻眼睛對著望遠鏡353 ，並談起制定褫奪公權法以彈劾國家354 。
  2. Now, right before us, the anchorage was bounded by a plateau from two to three hundred feet high, adjoining on the north the sloping southern shoulder of the spy - glass, and rising again towards the south into the rough, cliffy eminence called the mizzen - mast hill

    在我們前方，錨地與一片高約兩百至三百英尺的高地連接著。高地的北端與望遠鏡山的南坡相接，向南則逐漸拱起，形成崎嶇多石的後桅山。
  3. That was until one day, when a telescope revealed the truth. the bird was happily enjoying the bodies of firebugs smeared on the window

    直到有一天，望遠鏡使得一切真相大白。原來，窗上粘滿了飛螢的屍體，那鳥兒正吃得不亦樂乎呢。
  4. While the small telescopes set up at planetary society headquarters in pasadena, as well as telescopes at griffith observatory in los angeles, reported seeing nothing unusual at the time of impact, a brief explosion was captured by infrared cameras attached to the french canadian hawaiian telescope high atop mauna kea in hawaii

    在行星協會的總部帕薩迪納架設的小望遠鏡，以及洛杉磯格里菲斯天文臺的望遠鏡都報告在撞擊時刻未發現不尋常的事情，夏威夷毛納基山頂的法國-加拿大望遠鏡上的紅外照相機捕捉到了短暫的爆炸。
  5. And the trick was no longer voted ugly ; on the contrary, the men raised their opera glasses

    恰恰相反，觀眾不覺得這種動作難看，男人們拿起望遠鏡對準她看。
  6. In order to measure the field of view matching of digital binoculars, the depth of optic axis parallelism and field of view matching are measured respectively. the collimator and pre - set lens are used to measure the depth of parallelism of optic axis. field of view meter is used to measure the field of view of binoculars and camera

    為了檢驗數碼望遠鏡的視場匹配度，提出了採用平行光管和雙管前置鏡的組合測量光軸平行度以及採用視場儀測量數碼望遠鏡的望遠鏡和數碼相機的視場大小的方式，並對數碼望遠鏡的視場匹配度與望遠鏡和數碼相機的視場大小關系進行了理論推導，導出了數碼望遠鏡的視場匹配度測量的實際計算公式。
  7. Binoculars, telescope, microscope, photographic camera and equipment

    雙筒望遠鏡，望遠鏡，顯微鏡，照相機及附屬品。
  8. The optical system of a refracting telescope is essentially the same as that of a compound microscope.

    折射望遠鏡的光學系統與復顯微鏡的光學系統基本上相同。
  9. All telescopes work essentially the same way.

    一切望遠鏡的工作原理實質上是相同的。
  10. The device turns round at the range of 360, and locomotive block moves in linear guide in every unit zone. so optical fiber can arrive everywhere in focal plane. experiment result elucidation : the standard deviation of repeat error and positioning error less than 40 microns, the positioning precision of this system can reach demand

    用7根單元機構模擬4000根單元的相互關系，實驗結果表明：機構的重復性誤差和目標點定位誤差的均方根值均在定位精度要求范圍之內，能夠滿足望遠鏡快速、準確的定位要求。
  11. After 400 years of telescope invention, the tools for cosmic exploration is everchanging, many giant telescopes with 10 meters aperture are constructed, satellites and multiwavelength observations are now opened new pages for our unseen universe

    四百年後的今天，探索宇宙的工具日新月異，十米級的地基光學望遠鏡相繼落成；不同波段的太空望遠鏡、天文衛星不斷揭開人類前所未見的宇宙探索新一頁。
  12. In order to unify the market price, insure consumer benefits, it is important to find key specification and its test for digital binoculars. first, the principle and characteristics of digital binoculars is described in detail

    因此，找出評價數碼望遠鏡產品性能的關鍵指標，研製出相應的檢驗方法，對于控制數碼望遠鏡的成像質量、統一市場定價、確保消費者利益具有重要意義。
  13. Photographic retail chain in australia. delivers a full range of cameras, film, printers, scanners, telescopes, and binoculars

    在澳大利亞的攝影的零賣的鏈。交付全套照相機，電影，印表機，掃描儀，望遠鏡，和望遠鏡。
  14. We pulled easily, by silver s directions, not to weary the hands prematurely ; and, after quite a long passage, landed at the mouth of the second river - that which runs down a woody cleft of the spy - glass

    按照西爾弗的指令，我們劃得不很用力，以免過早消耗完體力。經過相當長的路程后，我們在第二條河就是從望遠鏡山樹多的那面斜坡上流下來的那條河口處登上了岸。
  15. Nowadays the light collected by the lens or mirror of a telescope is directed to a photographic plate rather than to the astronomer's eye.

    被望遠鏡的透鏡或反射鏡所收集的光線，如今直接射到照相底板上，而不是天文學家的眼睛里。
  16. Astronomers are still learning about sunspots and about their affect on us, but believe that the spots on the sun, which were first observed through a telescope by galileo in 1610, are electrical in nature

    天文學家們還在研究太陽黑子及其對人類的影響，但他們相信，這種早在1610年就由伽利略用望遠鏡觀察到的太陽表面的黑斑，其本質上屬于電的范疇。
  17. Compared with the traditional nai scintillator probe, cd1 _ xznxte probe has higher detecting efficiency and power resolution, and can be widely used in fields such as security monitor, industrial flaw detection, medical diagnosis, celestial body x ray telescope and so on

    與傳統的碘化鈉閃爍體探頭相比， cdznte探頭具有很高的探測效率和能量解析度，可廣泛用於安檢、工業探傷、醫學診斷、天體x射線望遠鏡等方面。
  18. The deviation angle between different telescopes is found out by comparing the images from the different telescopes and the calibration of the solar point deviation is realized

    研究由不同波段望遠鏡獲得的太陽圖像處理的方法，建立相應的數學模型，編制計算程序，進行模擬圖像處理，實現不同望遠鏡間的指向偏差標定。
  19. Main applications : glass lenses, resin lenses, microscopes, telescopes, camera lens, featuring glass, prism, lens, film and optical products and assembly processes between former cleansing

    主要應用於：玻璃鏡片樹脂鏡片顯微鏡望遠鏡相機鏡頭鍍膜玻璃棱鏡透鏡等光學製品的鍍膜前後及裝配前工序間清洗。
  20. After the 2. 5 generation mobile communication technology gprs brought into market by china mobile corporation, the cost of data transmission has been reduced. because of gprs has characteristics of charge in quantity, always online, lower cost, make it become the best solution of mobile data transmission. based on research of gps, gprs, we gave a design of new system as a whole and the implement of design of terminal on car and transmission way of position data

    對移動載體的自動跟蹤技術是自動控制領域的一個核心問題，在軍事上，制導與跟蹤都要求裝備具有快速、靈活的反應能力，來精確地對移動目標進行定位跟蹤的系統;在通信領域，移動載體之間的相互通信和移動載體與靜止載體之間的通信都依賴于自動跟蹤技術;在天文領域，要研究某一天體的運行規律，就必須對它時刻追蹤，將其原有的機械式手動跟蹤望遠鏡改為自動跟蹤系統，無疑會大大的節約出人力物力。
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