ultraviolet telescope 中文意思是什麼

ultraviolet telescope 解釋
紫外望遠鏡
  • ultraviolet : adj. 【物理學】紫外的;紫外線的;產生[應用]紫外線的。n. 紫外線輻射。
  • telescope : n 1 望遠鏡。2 【天文學】遠鏡座。vi 嵌進,套疊;(列車等)相碰撞而嵌在一起。 The two cars collided...
  1. Various forms of electromagnetic radiation are examined and experimented on. visitors can view fluorescent materials under ultraviolet light. they can also know more about the elementary particle that penetrates human body all the time, with the help of cosmic ray telescope

    觀眾可透過其他展品,探討不同形式的電磁輻射,及觀看紫外光下的熒光物質,而宇宙射線望遠鏡更可以讓觀眾認識無時無刻貫穿人體的基本粒子。
  2. Space extreme ultraviolet telescope ( eut ) will consist of four single - channel telescopes, which will be bound together and observe the same part of the solar at the same time in 13. 0nm 17. 1nm, 30. 4nm and 19. 5nm respectively

    空間極紫外望遠鏡( eut )是由四個單通道望遠鏡捆綁在一起而構成,可以在四個極紫外波段13 . 0nm 、 17 . 1nm 、 30 . 4nm 、和19 . 5nm同時對日成像。
  3. This image combines data from four different observatories : the chandra x - ray observatory ( purple ) ; the galaxy evolution explorer satellite ( ultraviolet / blue ) ; the hubble space telescope ( visible / green ) ; the spitzer space telescope ( infrared / red )

    這張照片是使用4架軌道天文臺的數據合成的:錢德拉x射線天文臺(紫) 、星系演化探測器(紫外波段,藍色) 、哈勃太空望遠鏡(可見光波段,綠色)以及斯必澤太空望遠鏡(紅外波段,紅色) 。
  4. The space observation in soft x - ray and extreme ultraviolet ( euv ) region is an important portion of the space astronomy and an effective solar observation method developed increasingly. in this thesis we designed a euv multi spectrum space solar telescope ( eut ) based on the requirement of high angular resolution and wide field of view for solar observations ; investigated the transmission performance of eut ; invented a method of eut pointing calibration on the space orbit and solved the high precision pointing calibration problems ; constructed a prototype of 17. 1nm telescope, tested the possibility of eut design, and developed some cutting - edge techniques

    本文根據空間平臺上高解析度對日觀測的需要,設計出一種可以在四個極紫外波段對日同時成像多光譜太陽望遠鏡( eut ) ;研究了極紫外( euv )波段太陽望遠鏡光學傳輸特性;提出了真空紫外波段在軌指向的標定方法,解決了高精度指向標定問題;研製出一臺17 . 1nm望遠鏡的地面樣機,驗證eut設計的可行性,攻克了部分關鍵的技術難關;為進一步的研究工作奠定了基礎。
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