radiant energy 中文意思是什麼

radiant energy 解釋
放射能, 輻射能
  • radiant : adj 1 發光的,放熱的。2 放射的,輻射的;【動、植】輻射形的。3 照耀的,輝煌的,燦爛的;滿面春風的...
  • energy : n. 1. 干勁,活力。2. (語言、行為等的)生動。3. 〈pl. 〉 (個人的)精力;能力。4. 【物理學】能,能量。
  1. Clouds return radiant energy to the surface primarily via the atmospheric window.

    雲主要通過大氣窗區向地表輻射能量。
  2. Carbon black is an opacifier which prevents radiant energy transmission to the interior of the propellant.

    炭黑是不透明的,可以防止輻射熱傳到推進劑內部。
  3. They give off discrete amounts of radiant energy.

    它們放出不連續的輻射能量。
  4. Radiant energy sensing detector

    感輻射能探測器
  5. Other forms of radiant energy familiar to us are radio waves, infrared rays, ultra - violet rays, x rays, and gamma rays

    我們熟悉的另外一些形式的輻射能是電磁波,紅外線、紫外線、 x射線和伽瑪射線。
  6. Such a surface would reflect no radiant energy, and hence would appear black in color.

    這種表面不會反射輻射能,因此呈現黑色。
  7. When the radiant energy of the sun falls on the earth it is changed into heat energy, and as a result the earth is warmed.

    當太陽的輻射能落在地球上時,就變為熱能,於是,地球暖和起來了。
  8. The radiant energy used in such measurements may vary from x rays, through visible light, to radio waves.

    測定過程中採用的光能種類很多,從X射線,可見光到無線電波。
  9. We have come to appreciate fundamental similarities between all of the various forms of radiant energy and matter.

    我們已經開始意識到了各種形式的輻射能和物質之間的基本的相似性。
  10. Derived from optical waveguide fundamentals, outstanding advantages of mfld in high s / n ratio and sensitivity were theoretically presented. to resolve inconsistent change tendencies of mode - filtered light obtained in bare core sensing system and in modified sensing system, that is, the mode - filtered light signal declines with the increase in analyte ris in bare core sensing system but increases with the increase in analyte ris in modified sensing system, we started with light energy radiation theory, and obtained the details of mfld mechanism by discussing in detail the radiant energy ' s reflection and refraction at the interface, thus establishing a mathematical model of mfld. we concluded that the inconsistent change tendencies of mode - filtered light were essentially coherent

    為了解決實驗中裸光纖體系與修飾光纖體系在獲取模式濾光信號上出現的不一致現象,即裸光纖體系中隨著分析對象的折射率增大,獲取的模式濾光信號呈下降趨勢,而在修飾光纖體系中分析對象的折射率增大,獲取的模式濾光信號卻是增大的,我們從光的能量輻射學入手,詳細地討論了光輻射能在傳輸路徑上的反射與透射,獲得了模式濾光信號產生的細節,以此建立了模式濾光檢測的新模式。
  11. Radiant energy entering the opening is in part absorbed by the interior walls.

    進入小孔的輻射能,一部分為內壁所吸收。
  12. No surface can absorb more than all of the radiant energy which strikes it.

    表面所能吸收的能量不可能大於投射到它上面的全部輻射能。
  13. Material energy can be transformed into radiant energy only in units of a certain size.

    物質能量只能以一定大小的單位轉變為輻射能量。
  14. There is a decrease in the radiant energy received at a specified distance from the explosion.

    在離開爆炸某一特定距離處接收到的輻射能便有所減少。
  15. Absorptivity, reflectivity and transmissivity depend upon the wave length of the radiant energy striking the surface and also upon the temperature of the surface.

    吸收率,反射率和透射率取決于打在物體表面上的輻射能的波長,也和物體表面的溫度有關。
  16. Radiant energy - sensing fire detectors for automatic fire alarm signaling

    自動火災報警信號設備用輻射能量感應火災探測器
  17. Then a combustion evolution optimizing system based on the radiant energy measuring was built, economical boiler combustion adjustment was carried out, under the combined action of a controller based on fuzzy self - optimizing of fume

    在此基礎上,建立了基於輻射能檢測的燃燒進化優化系統,通過煙氣含氧量與爐膛總輻射能的模糊自尋優控制器和風煤比進化優化器組成的燃燒優化迴路的共同作用,對鍋爐進行燃燒經濟性調節,達到燃燒優化控制的目的。
  18. Scattering of radiant energy

    輻射能的散射
  19. Method for the spectral radiant energy measurement of far infrared heaters specified in the far infrared region

    規定在遠紅外線區中的遠紅外加熱器的光譜輻照能量測量方法
  20. Anti - infrared extinction coefficient is a key parameter to assess the obscuring performance of smoke - screen, a method to calculate the viriation of radiant energy and obtain the extinction coefficient based on the temperature tested by a thermal imager has been proved, the practical situation and notice in test also has been illustrated

    摘要紅外消光系數是衡量煙幕對紅外遮蔽能力的關鍵參數,文中提出利用熱像儀測得的溫度數據,通過計算得到紅外輻射能量變化及消光系數的方法,介紹應用情況及測試中應注意的問題。
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