隔熱性能 的英文怎麼說

中文拼音 [gérèxìngnéng]
隔熱性能 英文
heat-insulating property
  • 隔 : partitionseparate
  • 性 : Ⅰ名詞1 （性格） nature; character; disposition 2 （性能; 性質） property; quality 3 （性別） sex ...
  • 能 : 能名詞（姓氏） a surname
  • 隔熱 : heat insulation; heat protection隔熱板 felt; 隔熱材料 thermal insulation material; heat barrier m...
  1. The spacing between each sheet of glass is important - if it is too narrow, the insulation effect will be poor ; if it too wide, convection currents may encouraged, which increase heat transfer

    每片玻璃之間的距離是非常重要的? ?如果間距太小，保溫隔熱性能就很差；間距太大，對流增強，熱傳遞增多。
  2. Reducing the surface emissivity of a clothing ensemble is not in fact a very effective way of increasing its thermal insulation.

    事實上減少整套服裝的表面發射率並不是增加其隔熱性能的最有效途徑。
  3. The insulation value of the lightweight aggregate is only important in the roof insulation, which is greatly improved.

    輕骨料的隔熱值只是對屋面的隔熱來說很重要，它可使屋面的隔熱性能大為改善。
  4. We calculate composite block masonry ' s heat transfer coefficients under different conditions, then we discuss these data according to the energy efficiency criterion in wuhan city and come up with the key factors which influence the thermal performance of composite block masonry, . at the end of this paper we summarize and look forward to the future of composite blocks in engineering practice in mechanics and thermal sides

    在熱工性能方面，對復合砌塊砌體的保溫、隔熱性能進行了分析與推導，定量推導了多種情況下復合砌塊砌體的傳熱系數，並結合武漢市的地方節能標準進行了論證，提出了影響復合砌塊砌體熱工性能的關鍵因素。
  5. In conclusion, the method of adding a function layer through type winding will improve the insulating performances greatly while maintaining its original ablative performances. compared with other technical schemes, no special equipment is needed. hence, sufficient raw materials and feasible process enable its promising prospect

    通過以上研究，得到以下結論：採用布帶纏繞工藝、在防熱層內添加隔熱功能層的方案能顯著提高其隔熱性能，同時保持原有防熱套的燒蝕性能和其他物理機械性能，該方案對后續工序無顯著影響。
  6. Based on a cone - shaped compound heatshield, a series of research work has been done from the investigation of theoretical analyses of ablative and insulating principles and technical experiments. 1 based on the exploration of improving material performances, a feasible scheme of adding insulating functional layer is proposed ; 2 a simplified calculation method is proposed via establishing fea ( fmite element analysis ) and instantaneous heat transmission is calculated with the mentioned method ; 3 a practical engineering scheme is proposed through a series of experiments ; 4 the interface problems of the function layer are solved through co - curing method and successful samples are manufactured ; 5 in order to estimate properties, the heatshield was anatomized engineering applied possibility is explored on the analyses of performance evaluation by testing mechanical properties, coefficient of heat conductivity and doing dynamic ablative experiments, also, the comparison with that of the required materials is done

    本文以一錐形復合防熱套為研究對象，從燒蝕、隔熱機理的理論分析和工藝試驗兩方面，進行了一下研究工作： 1 、通過對提高材料及製品通過對提高材料及製品隔熱性能的多種途徑進行探討，提出了採用添加隔熱功能層，研究復合型大面積防熱套是理論有效、工藝可行的方案； 2 、通過建立有限元分析模型，對防熱套的燒蝕隔熱行為進行了理論分析，提出了簡化的隔熱計算方法，並用該方法對復合型防熱套的瞬態傳熱模型進行了分析計算； 3 、通過復合型防熱套的工藝探索試驗，提出了一種工程應用上切實可行的工藝方案。
  7. To meet the demands of higher insulation performances for certain military applications, a compound heatshield design is proposed. a method that adding an insulating functional layer to the interior of the heatshield is adopted to improve its insulation performances while maintaining its original excellent ablative performances

    針對型號發展對燒蝕材料提出的更高的隔熱性能要求，本文提出了一種復合型防熱套的工藝方案。採用在防熱套內層增加隔熱功能層的方法，在保持傳統防熱套良好燒蝕性能的同時，其隔熱性能得到了較大地提高。
  8. Firstly, this paper describes the optimization problem of thermal stress of fabrication process and steady work process for the hollow cylinder and the infinite plate. then, thermal stress distribution is calculated making use of theoretical formulation and the results can be validated by finite element method. in optimization, the restriction condition is heat insulation performance and the objective function is danger coefficient

    本文首先對平板結構和圓筒結構梯度塗層在制備過程和穩定工作狀態下的熱應力優化設計問題進行描述，然後分別用解析法求解兩種結構的梯度塗層在制備過程和穩定工作狀態下的熱應力分佈，並採用有限元方法驗證了熱應力分佈的結果，在優化設計時，以危險系數為目標函數，以塗層的隔熱性能為約束條件進行設計。
  9. Analyses and study for property of thermal insulation of soft polyurethane foam

    聚氨酯軟泡沫塑料隔熱性能分析研究
  10. Progress on the research of preparation and thermal insulation properties of silica aerogels

    2氣凝膠制備方法及隔熱性能的研究進展
  11. Cryogenic vessels - methods for performance evaluation of thermal isolation ; german version en 12213 : 1998

    低溫容器.隔熱性能評定方法
  12. It has good performance of high temperature - resistant, heat insulation and medicine - resistant

    高溫耐久性能，隔熱性能、耐藥品性能極佳。
  13. Between the main body and the shell some glass fiber is filled, to hold heat

    在主體與外殼之間填有隔熱性能的玻璃纖維絨，使熱能得以充分利用。
  14. Standard test method for measuring the thermal insulation of clothing using a heated manikin

    利用加熱的人體模型測量服裝隔熱性能的標準試驗方法
  15. Footwear - test methods for uppers, lining and insocks - thermal insulation ; german version en 13521 : 2001

    鞋類.鞋幫鞋襯和內墊的試驗方法.隔熱性能;德文版
  16. As a heat insulation material, straws have been used as building material for a long time

    摘要農作物秸稈因具有保溫隔熱性能，自古以來就是一種良好的建築材料。
  17. This thesis focuses on both of the most important approaches to improve thermal - insulating capacity of walls : one is exploiting new architectural materials, the other is further developing compound walls

    改善墻體的保溫隔熱性能有兩個基本途徑：一要大力開發和使用新型建材，二要以復合墻體代替目前絕熱效果有限的單一材料墻體。
  18. In addition to smooth surface, no tendency to craze and good sound and heat insulation, this product can absorb moisture from the air in moist surroundings and release the moisture when it is dry, so as to adjust the humidity in the air and provide natural feeling to you

    該產品除了表面光滑、不易開裂等優點外，並具有良好的隔音、隔熱性能，在室內空氣潮濕情況下，能吸收空氣中的水份，當乾燥時，即能釋放出來，自動調節空氣中的溫濕度，製造出一個舒適的環境，給您一個回歸自然的感覺。
  19. Article 37 in designing and constructing buildings, energy - conserving building structures, materials, appliances and products shall be employed according to the provisions of relevant laws and administrative rules and regulations in order to improve thermal and insulating performance and reduce energy consumption for heating, cooling and lighting purposes

    第三十七條建築物的設計和建造應當依照有關法律、行政法規的規定，採用節能型的建築結構、材料、器具和產品，提高保溫隔熱性能，減少採暖、製冷、照明的能耗。
  20. The case is made of heat - resisting polyurethane with foaming treatment, which endows the case an excellent heat - insulating property, and the outer cover keeps a relative constant temperature and long insulation without distortion in the operation, it is energy saving and greatly prolongs the lifespan of the machine

    採用耐熱聚胺脂整體發泡工藝，令箱體隔熱性能優良，外殼升溫小，保溫時間長，整體無變形，既節能環保，又相應地延長了整機的使用年限。
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