空間光學 的英文怎麼說

中文拼音 [kōngjiānguāngxué]
空間光學 英文
space optics
  • 空 : 空Ⅰ形容詞（不包含什麼; 裏面沒有東西或沒有內容; 不切實際的） empty; hollow; void Ⅱ名詞1 （天空） s...
  • 間 : 間Ⅰ名詞1 （中間） between; among 2 （一定的空間或時間里） with a definite time or space 3 （一間...
  • 光 : Ⅰ名詞1 （照耀在物體上、使人能看見物體的一種物質） light; ray 2 （景物） scenery 3 （光彩; 榮譽） ...
  • 學 : Ⅰ動詞1 （學習） study; learn 2 （模仿） imitate; mimic Ⅱ名詞1 （學問） learning; knowledge 2 （學...
  • 空間 : space; enclosure; room; blank; interspace
  1. Lc apparatus almost meet all the needs of space optical communication such as weight, size, power consume, life, cost, driving voltage, intergration of optics and electricity, programe, optically take ? over aperture, beam scanning, deflexional range and so on. switches, deflexional facilities and scanning equipments which made with lc have been used in the system of labor in space communication. the only bug of lc apparatus is that their answer speed only get microsecond rate or submicrosecond rate. but it is practical for them to be used in special beam capture, scan, deflexion controling which don ’ t concerned with code rate and code type

    液晶器件幾乎滿足空間光通信的所有大的指標要求如重量、尺寸、功耗、壽命、成本、驅動電壓、光電集成、可編程性、光學接收孔徑、光束掃描和偏轉范圍等等。液晶光開關、光偏轉器、光掃描器已經開始應用於光纖通信的實驗系統中。液晶類器件應用於光通信的唯一重大缺陷，是其響應速度目前只能達到微秒級或亞微秒級，不過，在不涉及到碼型碼率的空間光束捕獲、掃描、偏轉、控制方面，液晶器件完全可能進入實用化。
  2. In the learning process it was very specific, like cubism, fauvism, abstract, but what i was studying was stage design, space, lighting, things to create a fake environment with

    在學習的過程當中，是很具體的，比如說立體主義，野獸派，抽象主義，但是當時我學的是舞臺設計，空間、光學，創作一些假環境的東西。
  3. Dynamics environment is a very important factor for the development of space optics remote sensors because it can bring about damage to the structure of the equipment and its subassemblies

    摘要動力學環境是空間光學遙感器及其元件研製中不可忽視的一個重要因素，因為它會對整機或組件造成結構性的破壞，所以在其研製的不同階段須進行充分的動力學環境試驗。
  4. It realizes high - accuracy test of angle position and real - time control, and satisfies the needs of some fields for high - accuracy and high resolution absolute photoelectric rotary encoders, such as snare science automation and national defense construction, etc

    因此可實現角位置的高精度檢測與實時控制，從而滿足空間科學、自動化和國防建設等領域對高精度、高解析度絕對式光電軸角編碼器的需要。
  5. The successful launch and return of shenzhou - vi, marks that our aerospace technology has entered the era of large - scale near - space exploitation and utilization. in the near future, the technology is directly expected to serve for national economy. in order to develop the space experiment and research on its application, it is imperative to build a permanent space station., where rendezvous and docking plays an important role. meanwhile, the technology of the rendezvous lidar is pivotal for rendezvous and docking

    神六的成功發射和返回，標志著我國的航天事業進入了大規模開發和利用近地空間的新階段。為了開展空間科學試驗和應用技術研究，就必須建設永久性空間站。空間交會對接技術是建立空間站的關鍵技術，而空間交會激光雷達技術又是空間交會中的關鍵技術。
  6. Secondly, we build the physics and mathematical model of space - to - ground optical communication systems. and the link equation is deducted, based on which we calculate the communication link

    其次，建立了空-地激光通信系統的物理和數學模型，得到了空間光通信的鏈路方程，並依據鏈路方程進行了通信鏈路的模擬計算。
  7. 7. based on our crsi and algorithm and double lcslm, an adaptive optical hardware system which c & n be used to model arbitrary complicated wavefront and the compensation of the wavefront can be accomplished was built. and according to the characteristic of a crs interferogram of a step wavefront produced by an lctv, the pixel - level calibration of this system is implemented

    七、採用已建立的空間相位調制環路徑向剪切干涉儀及其波前重建演算法，和位相調制持性已知的兩塊液晶空間光調制器，創建了一套用於模擬產生任意畸變波前並加以檢測和反饋控制的自適應光學硬體系統，並通過臺階波前對該系統實現了像素級校準。
  8. According to this derivation, a bi - linear optical system could be decomposed into a set of convolution kernels, which could then be convoluted with input pattern, and the resulting set of convolution fields could be superimposed to yield an intensity field

    在這里提出了一種基於卷積核的快速稀疏空間光強的光刻模擬計算方法。一個雙線性光學系統分解成為一組空間域卷積核，並通過對版圖的空間域卷積來計算空間光強。
  9. Taking stray light in " shenguang iii " as the study subject and basing on the basic principle of geometrical optics, applying the technological path of paraxial ray and real ray tracing, a new analytic way and data structure, which suits for the specific requirement in analysis and process of ghost images, is presented

    本課題就是以「神光- 」激光裝置中的雜散光為研究對象，針對高功率多程放大系統在鬼像分析與處理方面特殊要求，從光線光學的基本原理出發，應用近軸光線與空間光線追跡技術路線，提出一種新型的分析方法和數據結構。
  10. An optically addressed spatial light modulator ( oa - slm ) made of brd96n and based on its good nonlinear optical characteristics is presented. an experiment study on the mutual conversion of coherent - to - incoherent image is carried out, and the mutual modulation of two spatial light beams can be realized base on the gene - variant br films

    基於br膜良好的非線性光學特性，開展了br膜作為一種光尋址的空間光調制器（ br - oa - slm ）的研究，進行了相干光圖像信息與非相干光圖像信息的相互轉換實驗，實現了空間兩束光的相互調制。
  11. The whole equipment as well as its subassemblies have to be not only strictly examined through dynamics environment experiments, but also should be tested by other relevant experiments

    針對空間光學組件及系統的特點和要求，對各種因素進行了綜合研究並編制了各類組件的動力學環境試驗大綱。
  12. Dynamic solving of a space optical sensor based on contact theory

    基於接觸理論的空間光學遙感器的動力學求解
  13. The space optical remote sensor are subject to complicated space thermal loads, the calculation of the thermal response are performed in this paper by the method of fem and some thermal control method are taken, so the temperature ' s distribution of the sensor are well improved

    摘要空間光學遙感器的工作平臺為空間微小衛星，它在軌運行期間受到各種空間熱環境激擾的作用，本文利用有限元法對空間光學遙感器進行了空間熱環境下溫度響應的分析求解，並進一步採取熱控措施使儀器的溫度梯度滿足要求。
  14. The performance of the space optical system is determining the performance of space telescope, reconnaissance satellite and weapon system to a great extent

    空間光學系統的性能在很大程度上決定著太空望遠鏡、偵察衛星和武器系統的性能。
  15. As a very important branch of applied optics, optical thin film has a drastic advance with the development of spectral interference technology, laser technology, spatial optics, information processing technology and polarizing modulates technology recently

    薄膜光學作為應用光學的一個重要的分支，近年來由於光譜干涉技術、激光技術以及空間光學、偏振光調制技術、光信息處理等技術的飛躍發展，促使光學薄膜也得到了迅速的發展。
  16. Spatial optical matched filters

    空間光學匹配濾光鏡
  17. Along with the rapid development of space optical system, the lightweight requirements for optical components are more and more critical

    空間光學系統的快速發展，對光學零件的輕量化提出了嚴格要求。
  18. For this reason, environment experiments of dynamics have to be adequately carried out during its different stages of the development

    空間光學系統是執行重要任務的子系統，在結構及其性能、工作精度要求、密封性、可靠性等方面均有比較特殊的要求。
  19. Optical synthetic aperture technology is very efficacious means to raise the performance of the space optical system, its technological degree of difficulty is very great

    光學合成孔徑技術是提高空間光學系統性能的十分有效的手段，它的技術難度很大。
  20. Optimum design combined with finite element method is introduced, which has been applied to the design of a certain space camera

    簡要闡述了空間光學儀器結合有限元法的優化設計方法，並以某空間相機為例詳細介紹了系統的結構優化過程，驗證了其優化后的性能。
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