thermal-optics 中文意思是什麼

thermal-optics 解釋
熱光技術
  • thermal : adj. 1. 熱的,熱量的,溫熱的;由熱造成的。2. 溫泉的。n. 【航空】上升暖氣流。adv. -ly
  • optics : n. 〈作單數用〉光學。
  1. Based on detailed analysis for optics and thermal performance of windows shading devices ( including external shading, internal shading, object shading, and blind shading ), experimental testing method for building performance and corresponded testing facility are brought forward and developed

    本文詳細的分析了外窗遮陽(包括外遮陽、內遮陽、前景物遮陽和百葉遮陽)的光學和熱工性能,提出了建築遮陽性能的實驗檢測方法,以及研製了相應實驗測試裝置。
  2. The thermal control design of space camera by means of cad / cae / cat technology is described, technical problems on thermal optics of space camera, thermal control temperature index, thermal response and thermal control design are also discussed in this paper

    摘要闡述了運用cad / cae / cat現代技術手段進行空間遙感相機熱設計的技術路線,探討了某空間遙感相機熱光學性能、熱控指標、空間環境下的熱響應及熱設計等技術問題。
  3. The simulation system includes the optics, chopper control, driving signal design, image data acquisition based on vi technology and image processing including image difference, non - uniformity correction ( nuc ), image intensification and dynamic display, etc. according to the corresponding theories, the author designed all these software modules. the research on the pyroelectric imaging technology through this experiment is of great importance to practical thermal imaging system in the future

    根據熱釋電焦平面成像原理,用sspa器件在可見光條件下設計了基於虛擬儀器技術的熱釋電凝視焦平面成像模擬系統,包括光學系統、斬波控制、驅動信號設計、基於虛擬儀器技術的圖像數據採集和相關的圖像處理技術,如圖像差< wp = 5 >分、非均勻性校正、圖像增強和動態顯示等。
  4. Especially, the mesoporous silica materials ( designated mcm - 41 ), which is regarded as a novel nano - structured materials, are expected to show potential values in many fields such as adsorption, catalysis, optics, nano - technology, electronics, magnetics and chemical sensors because they exhibit hexagonal structure, the pore size which can be regulated from 1. 5 to 10nm, high specific surface area and thermal stability. 1

    特別是以命名為mcm - 41的有序介孔材料的出現,因其孔道呈六方有序排列、孔徑在1 . 5 10nm范圍內可連續調節、高的比表面積和熱穩定性等特點而在吸附、催化、分離、納米技術以及光、電、磁等領域具有廣泛的應用價值,正成為眾多領域的研究熱點之一。
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