solar energy materials 中文意思是什麼

solar energy materials 解釋
太陽能材料
  • solar : adj 太陽的,根據太陽運行測量的;因太陽作用產生的。n = solarium the solar system 太陽系。 a solar...
  • 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。
  • materials : 版本
  1. Chemistry will help meet this challenge by discovering new materials that harvest solar radiation, store energy for deferred use, and reconvert stored energy when needed

    化學將有助於我們迎接這一挑戰,發現新的材料,收獲太陽能貯存延期使用。
  2. Solar heat reflecting coatings is a kind of important energy - saving materials, which reduce the demands of electricity and water resource, etc

    摘要日光熱反射塗料是一種重要的節能型功能塗料,可以降低對電、水等資源的需求。
  3. Silvery white, powder spraying aluminum alloy, doors and windows aluminum shaped materials, four rush pith stick shaped materials, cold storage reveal cupboard shaped materials, radiator shaped materials air conditioner, solar energy, furniture, carpentry machinery and so on, various kinds of aluminum shaped materials

    各種系列銀白色、靜電噴塗鋁合金、鋁合金門窗型材,裝飾材料、酒類包裝型材、純鋁型材、電信四芯棒型材、冷藏展示櫃傢具、木工機械等各種工業型材。
  4. Silvery white, powder spraying aluminum alloy, doors and windows aluminum shaped materials, four rush pith stick shaped materials, cold storage reveal cupboard shaped materials, radiator shaped materials airconditioner, solar energy, furniture, carpentry machinery and so on, various kinds of aluminum shaped materials

    各種系列銀白色、靜電噴塗鋁合金、鋁合金門窗型材,裝飾材料、酒類包裝型材、純鋁型材、電信四芯棒型材、冷藏展示櫃傢具、木工機械等各種工業型材。
  5. This destructive charge buildup can occur when high - energy particles penetrate spacecraft walls or protective shielding and then bury themselves in the dielectric semiconductor materials in microelectronics or solar cells

    高能量粒子穿透太空船外壁或保護層,停留在微電子裝置或太陽能電池的介電質半導體材料中時,往往會發生毀滅性的電荷積聚現象。
  6. Jiangsu changshu siji sunshine solar energy co., ltd hereinafter referred to the company is an enterprise specializing in the production of solar water heaters and solar vacuum tubes. it has the most advanced automatic continuous high vacuum exhausting system and automatic vacuum coating production lines. the company uses the high - quality raw materials from tianxu group, with the most advanced production equipment, and hire professional and technical personnel involved in the production and management, which assure the good quality of products and professional technology. the company.

    江蘇常熟市四季陽光太陽能有限公司是一家專業生產太陽熱水器及真空集熱管的企業。擁有國內最先進的圓盤連續式高真空自動排氣臺及全自動真空鍍膜生產線。現公司原材料全部採用天旭集團的優質毛坯,擁有國內最先進的生產設備,並聘請國內知名企業的專業技術人員參與生產管理。
  7. The main investment is in four different categories : ( 1 ) digital electronic products including pmp portable personal mobile digital terminals, gps navigators, mobile digital tvs, and mobile telecom terminals ; ( 2 ) photo electronic products including led semiconductor illuminating products, other photo electronic components, and products used in the application of solar energy ; ( 3 ) new materials such as de - sulfurization agents and environmental protection products ; and ( 4 ) telecom value - added services products

    主要投資領域包括: pmp便攜式個人移動數碼終端、 gps衛星導航儀、移動數字電視、移動通訊終端等數碼產品;光通訊器件、 led半導體照明、太陽能應用等光電產品;固硫劑新材料等環保產品;以及電信增值業務產品等。
  8. Latent heat thermal energy storage ( lhtes ), can storage energy by change the phases of phase change materials ( pcms ), which can be used to solve the nonconformity problem on supply and demand time of solar energy and industry waste heat. at the same time, it can be uesed in shifting the peak heating and cooling loads off - peak hours

    相變儲熱系統通過相變材料相變時需要吸收(或放出)大量熱量的性質實現能量存儲,這對于解決太陽能與工業廢熱在供求時間上的不一致問題,以及實現電力的「移峰填谷」 ,具有重要的實用價值。
  9. In the course of phase transformation because phase change materials ( pcms ) have got a great deal of energy storage and release, save energy, and approve actual effect of utilization, pcms will be widely applied in the saving energy fields including the building, solar energy, exhaust heat, exhaust cool and so on

    由於相變貯能材料在其物相變化過程中有大量能量的吸收和釋放,可對能量進行貯存,並增加能量利用的實效性,因此在建築、太陽能、廢熱、廢冷等節能領域中有著廣闊的前景。
  10. The application of tio2 in the sensor materials, in activator carrier, in photo catalyst, in solar energy batteries battery cell material and additive for the defence ultraviolet ray is introduced

    同時闡述了納米二氧化鈦作為傳感器材料、催化劑載體、光催化劑、太陽能電池原料和防紫外線添加劑等方面的應用。
  11. Eco - design of the buildings : the scheme adopts three dimensional greening system, intelligent control, energy efficient technology and materials, and passive solar energy technology in architectural design

    建築生態型設計:採用空中綠化,智能化控制,節能技術與材料,被動式太陽能等方式設計建築。
  12. Honda said its solar cells would be composed of non - silicon compound materials, consuming half as much energy and generating 50 percent less carbon dioxide during production when compared with conventional solar cells made from silicon. the company aims to sell the solar cells for both residential and industrial use. it will initially target the japanese market

    本田汽車公司還表示,他們即將投入生產的太陽能電池所用的材料是不含有硅的化合物,與以硅為原料製成的傳統太陽能電池相比,其在生產過程中所消耗的能量僅為後者的一半,而排放的二氧化碳也會相應減少50 。
  13. Also make the pcm have a long - life. micropcms has been used in functional fiber, solar energy utilize, heat energy transfers, agriculture, and building materials

    本文採用微膠囊技術,以不同包覆方法制備了不同壁材的相變儲熱微膠囊,並對其性能進行了研究。
  14. It also points out that the higher electricity generating efficiency and lower cost will be obtained if polycrystalline silicon germanium ( poly - sige ) alloys is used as solar energy materials compared with polycrystalline silicon thin film ( poly - si )

    文章闡明用多晶鍺硅薄膜作為太陽能電池材料,能獲得比多晶硅薄膜太陽能電池更高的發電效率和更低的成本。
  15. A great deal of attention has been paid to the preparation and characterization of one - dimensional nanostructrue. these materials have significant potential applications in many important advanced technologies, such as solar energy conversion, chemical sensor, catalysis, absorption and separation, and they also have some novel electrical, optical, magnetic and chemical properties. in this thesis, several new kinds of nanowires were prepared by the template technique using electrochemical methods

    一維納米材料具有一些新奇的電學、光學、磁學和化學性質,在太陽能電池、傳感器、催化劑、吸附劑和選擇分離等諸多重要技術領域有著廣泛的應用前景,因此,一維納米材料的制備與研究在現代材料科學的研究中占據著非常重要的地位,是材料科學的前沿領域,也處在納米材料研究的前沿。
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