陽光輻射能 的英文怎麼說

中文拼音 [yángguāngfúshènéng]
陽光輻射能 英文
radiant energy in sunlight
  • 陽 : Ⅰ名詞1 （太陽; 日光） the sun 2 （山的南面; 水的北面） south of a hill or north of a river 3 （中...
  • 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） ...
  • 輻 : 名詞（車輪中車轂和輪圈的連接物） spoke
  • 射 : Ⅰ動詞1 （用推力或彈力送出） shoot; fire 2 （液體受到壓力迅速擠出） discharge in a jet 3 （放出） ...
  • 能 : 能名詞（姓氏） a surname
  • 陽光 : sunlight; sunshine; sunbeam
  • 輻射 : radiation; exposure; radio; beaming
  1. Fanned by a constant updraught of ventilation between the kitchen and the chimneyflue, ignition was communicated from the faggots of precombustible fuel to polyhedral masses of bituminous coal, containing in compressed mineral form the foliated fossilised decidua of primeval forests which had in turn derived their vegetative existence from the sun, primal source of heat radiant, transmitted through omnipresent luminiferous diathermanous ether

    自廚房至煙囪的孔道，不斷地向上通風，灼熱的火被它煽得從成束的易燃柴禾延燒到多面體煙煤堆上。這種煤炭含有原始森林的落葉堆積后凝縮而成的礦物狀化石森林之發育生長靠的是熱輻射性源-太陽，而熱又是由那普遍存在傳光並透熱的能媒33傳導的。
  2. The purpose studying the paper is to looking for a sort of the lamp - house, which used to simulate solar radiation and the distribution of relative - energy on solar spectrum

    本文研究的目的就是尋求一種合適的光源對太陽輻射和太陽光譜相對能量分佈進行模擬。
  3. At present, the solar cells used on space aircrafts are still mainly si and gaas solar cells. however, the radiation resistance ability of these two materials is poor. since the photoelectric conversion efficiency attenuates rapidly with the radiation, the lifetime of si and gaas solar cells is short and their stability is not satisfied for space applications at van allen belt

    目前國內外用於航天器上的太陽電池主要為si和gaas太陽電池，但這兩種材料的抗輻射能力較差，其光電轉換效率由於高空輻射衰減很快，因而壽命短，穩定性差，不能滿足用於vanallen強輻射帶的空間應用需要。
  4. Solar energy - reference solar spectral irradiance at the ground at different receiving conditions - part 1 : direct normal and hemispherical solar irradiance for air mass 1. 5

    太陽能在地面不同接收條件下的太陽光譜輻照度標準第1部分：大氣質量1 . 5的法向直接日射輻照度和半球向日射輻照度
  5. Standard practice for calculation of photometric transmittance and reflectance of materials to solar radiation

    材料對太陽能輻射的光度透射比及反射比計算的標準實施規程
  6. Based on the spectral irradiance measured with the sun - atmosphere ultraviolet spectrum radiometer ( sauvs ) developed by the institute of atmosphere physics and the changchun institute of optics and fine mechanics, chinese academy of sciences, measuring the direct and scatter irradiance spectrum of ultraviolet waveband which arrives in beijing global surface, giving a method of retrieving the aerosol optical depth ( aod ) and put up with primary results that exponential function can fit the retrieval results according to its visibility, putting forth different coefficients and functions on variable visibility, also giving a primary analysis on the aod in dust - storm day and some contrast between sun - day and dust - storm day, analyzing the ratio between scatter and total irradiance, and its relationship with atmosphere mass and total atmosphere optical depth, lastly contrasting with the survey results by aeronet beijing station, the results of retrieval is in reason, this work gives some help in researching the co - effect of aerosol - radiance - climate and makes preparation for further survey on the radiance characteristics of dust

    利用中國科學院大氣物理研究所與長春光學精密機械研究所合作研製的太陽?大氣紫外光譜輻射計（ sauvs ） ，測量到達北京地表的太陽直接和散射紫外光譜輻射，導出了大氣氣溶膠的光學厚度。初步結果表明：北京紫外波段大氣氣溶膠的光學厚度在絕大部分情況下隨波長的增加而單調減小，用指數函數可以較好地擬合反演結果，統計得到了三個水平能見度狀況下擬合函數的系數值和公式表達式；初步分析了揚沙、浮塵、沙塵暴天氣條件下氣溶膠光學厚度的特點，並與一般晴朗天氣條件下的氣溶膠光學厚度特點做了比較分析；分析了太陽紫外譜輻射中散射輻射與大氣質量、大氣總光學厚度的定性關系和定量表達式；最後與全球氣溶膠監測網路（ aeronet ）北京站的資料做比對，表明反演結果基本合理。
  7. The unique formula is highly compatible with skin, can provide deeper moisturizing into the basal skin layer, effectively improve the skin metabolism, activate skin tissues and cells, isolate sunshine and polluted air durably, effectively deactivate tyrosinase, inhibit the generation of color spots, mildly remove skin ' s dry and fine lines, deeply whiten and care skin, leave skin tender and elegant again

    能迅速滲透，軟化角質層，保護手足肌膚，柔嫩潤澤，防止肌膚乾燥、凍瘡、粗糙等現象?生，與肌膚有更高的親和性，滋養達致皮膚基底層，有效改善肌膚的新陳代謝，活化皮膚組織的細胞，持久阻隔陽光輻射和污染空氣的侵害，有效抑制酪胺酸酶的活性，抵禦色斑素的形成，溫和平復皮膚干紋、幼紋、深層潤白呵護，令肌膚再現嫩麗可人的神采。
  8. It is heat - resistant, durable, has high degree of adapting capacity, sound - proof, anti - frosting and able to reduce the radiation of the sun

    具有很強的隔熱性、耐久性和適應性的採光節能防噪聲功能、防結霜，降低陽光輻射等功能。
  9. Igh in the atmosphere hovers the thin but important ozone layer, which absorbs most of the earth s solar ultraviolet radiation and converts it into heat energy. only a small portion of the ultraviolet radiation is left to reach the earth

    氧存在於大氣層中，雖然是薄薄的一層，卻非常重要，它能吸收陽光中的紫外線，將這些有害的輻射，轉換成熱能，只讓極少量到達地表。
  10. 1ev, which is close to the optimum value of the solar radiation. and it has high energy conversion. it is an important material used in the solar energy cells as absorption layer

    Sns無毒、環保，其光學直接帶隙和間接帶隙分別為1 . 2 1 . 5ev和1 . 0 1 . 1ev ，與太陽輻射中的可見光有很好的光譜匹配，非常適合用作太陽能電池中的光吸收層，是一種很有潛力的太陽能電池材料。
  11. Capable of responding to sunlight or ultraviolet radiation by chemical reaction

    能經化學反應感光的能通過化學反應對陽光或紫外線輻射反應的
  12. Currently, zno is attracting attention for its application to uv light - emitters, varistors, transparent high power electronics, surface acoustic wave devices, piezoelectric transducers, gas - sensing and as a window material for display and solar cells

    目前， zno由於在紫外光輻射、變阻器、透明高功率電子器件、表面聲波器件、壓電傳感器、氣敏傳感器及作為顯示器件和太陽能電池窗口材料方面的廣泛應用而引起人們極大關注。
  13. Standard lamp and diffusers are very important calibration elements, in chapter three, first uv and vuv radiometric standard for calibration are introduced. then the fabrication and characteristics of baso4 diffuser and alminium diffuser are researched, the baso4 diffuser ' s hemispheric reflectance and bi - directional reflectance distribution function were measured and compared with lambtian surface, and the deviation from that of lambtian surface is given. in the experiment, al diffuser ' s brdf is researched, obtain the change of spectral characteristic of al diffuser, compare al diffuser ' s brdf before and after coated with al + mgf2, and different al diffusers with different surface roughness

    鋁漫反射板作為一個漫反射光學元件安裝在太陽紫外光譜監視器的入射狹縫前，太陽紫外光譜監視器在軌測量時，太陽輻射入射到鋁漫反射板后進入入射狹縫，光譜輻照度的角度是變化的，本章測量了鋁漫反射的相對雙向反射分佈函數，研究了鍍膜（ al + mgf _ 2 ）前後光譜反射率的變化，漫反射的光譜特性及漫反射板表面粗糙度對相對雙向反射分佈函數的影響，使得測量數據反演成為可能。
  14. North facing windows give good daylight and minimize solar heat gain in workspaces

    面向北的窗戶給工作間提供了很好的日光和最小的太陽能輻射。
  15. Not only do the screens reject glare but also heat, uv radiation and the effects of fading

    遮陽膜不僅能阻擋陽光，也能減弱熱，紫外線輻射的影響。
  16. The high - performance heat - reflective coated glass is also called sunlight control coated glass it is made by coating a number of metal or metal compaound films onto the high - quality float glass or other base glass with the vacuum magnetic control sputtering method, which can effectively control the reflection, transmission and absorption of solar energy, that is to say, this glass allows sufficient natural light to come in for daylighting, and can also reflect major part of sunlight irradiation to reduce the collection of indoor heat and lower down the expenses for ventilation and air conditioning ; furthermore, the transmission, reflection ratio and reflection color are ready for the selection by the users

    高性能熱所射鍍膜玻璃也稱為陽光控制鍍膜玻璃，是在優質浮法玻璃或其他基片上用真空磁控濺射的方法鍍多層金屬或金屬化合物薄膜而成，可有效控制玻璃對太陽能的反射、透過和吸收，也就是說允許足夠的自然光進入室內用於採光，還能把大部分太陽光輻射熱反射掉，減少室內熱量的積聚，降低通風及空調的費用，而且可以根據客戶的需求，靈活選擇透過率，反射率及反射顏色。
  17. Test method for solar radiation weathering of photovoltaic modules

    光伏電池模擬器太陽能輻射風化試驗方法
  18. Pv modules connected in series should be installed at same orientation and angle. different orientation or angle may cuse loss o output power due to difference of amount of sunlight exposed to the module

    串聯的光伏組件應安裝在同一方向和角度，不同方向和角度安裝由於陽光輻射的差異導致能量損失。
  19. Anti - solar radiation function not damaged ofter constant exposure to sun light. size according the wser s requirement 30 250mm

    防太陽輻射：在陽光經常照射環境中能耐太陽輻射並不影響其性能。
  20. Continuous monitoring of the solar irradiance have been carried out since the early 80s by instrument in space. this is essential because several portions of the solar radiation spectrum such as ultraviolet and far infrared are blocked by earth s atmosphere

    自八十年代初，科學家已使用太空儀器不斷監察太陽的輻射度要在太空作觀測，是由於部分太陽光譜如紫外線和遠紅外線等並不能穿過地球大氣。
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