conductivity for heat 中文意思是什麼

conductivity for heat 解釋
導熱性
  • conductivity : n. 【物理學】傳導性[力]，傳導率；導電率[性，系數]。
  • for : FOR f o r ＝ free on rail 【商業】火車上交貨（價格）。1 〈表示目標、去向〉向，往。 leave [sail] f...
  • heat : n 1 熱；熱力；熱度；熱量。2 體溫；發燒。3 （氣候的）高溫，暑氣。4 【冶金】熔煉的爐次；裝爐量；一...
  1. Backing layer castable is noted for low heat conductivity, good quality of being a whole part and good erosion resistance to mental steel

    久襯澆注料整體性好、不開裂、導熱率較低，且具有一定的抗鋼水和鐵水侵蝕能力。
  2. Refractory fiber and product is manufactured by means of dry method and wet method. as an excellent insulation material, it has comparatively low volume density, good softness and very low thermal conductivity coefficient. sticking method, ancjoring method and folding method can be selected respectively. this product can be used in various industrial kilns & furmaces for lowering heat consumption

    耐火纖維及製品是採用干法、濕法生產的具有較低體積密度、較好柔軟性、極低的導熱系數的優質絕熱保溫材料，施工時可分別採用粘貼法、錨固法、折疊塊形式施工，適用於各種工業窯爐降低熱耗之用。
  3. Standard test method for determination of the thermal conductivity of anode carbons by the guarded heat flow meter technique

    用防護熱流量計技術測定陽極碳熱傳導率的標準試驗方法
  4. Test methods of thermal diffusivity, specific heat capacity, and thermal conductivity for fine ceramics by laser flash method

    激光閃爍法測定精細陶瓷的熱擴散率比熱容量熱傳導率試驗方法
  5. According to the serial - parallel, fourier law and equivalent thermal conductivity principles, the theoretical model of heat transfer for thermal conducting plastics and the theoretical formula of the predicted thermal conductivity could be built up by analyzing a thermal conducting element

    摘要運用等效熱導率法則，對填充型導熱塑料中的一個導熱單元進行分析，根據熱量傳遞的串並聯原理及傅立葉定律，建立導熱塑料中熱量傳遞的理論模型，推導出預測其熱導率的理論公式。
  6. Mathematical modeling and application of radial effective thermal conductivity for coil heat transfer in hph bell - type annealing furnace

    罩式退火爐爐內鋼卷徑向非連續介質導熱的模擬研究
  7. Due to its excellent electro - optical properties such as high electrical conductivity, transparency to light, high substrate adherence, good hardness, and chemical inertness the applications in various fields : transparent electrodes for display devices, transparent coatings for solar energy heat mirrors, windows films etc. among all of the investigations on ito, the research on its thin films has been the most interesting issue for several decades

    因為ito薄膜的優良光電性能、很強吸附能力、硬度高、化學性質穩定，使得ito薄膜廣泛地應用於很多領域：太陽能電池、液晶顯示器、現代戰機和巡航導彈的窗口等。在銦錫氧化物（ ito ）的研究領域里，有關ito薄膜的研究進行了幾十年。
  8. It is shown that the high hardness and low thermal conductivity promote the formation of transformed asbs, and the deformed asbs will form if low hardness and high thermal conductivity are involved ; for steel with both high hardness and thermal conductivity, the transformed asbs will transform into deformed ones, due to that the fast heat conduction from high temperature asbs results in rapid temperature rise around and thus decreasing the hardness

    研究結果表明：鋼的高硬度和低熱導率有利於形成相變帶；反之，則傾向于形成變帶；對于具有高硬度和高熱導率的鋼，由於高溫相變帶區域的熱量迅速傳遞到周圍的基體組織而使其溫度升高、硬度降底，形成的相變帶會向形變帶轉化。
  9. Analysis of heat transfer and effective thermal conductivity of high temperature fibrous insulation for thermal protection system

    熱防護系統高溫纖維隔熱氈傳熱及有效熱導率分析
  10. As we all know, the heat transfer of geothermal heat exchanger ( ghe ) is affected by a lot of factors, where groundwater advection has a comparatively great impact indicated by experimental data. while almost all the design tools for ghe are based on principles of heat conduction and rely on some estimate of the ground thermal conductivity and volumetric specific heat. however, the large part of vertical u - type pipe lies in the saturated soil, especially in zones along the coast or with plentiful groundwater, which will be affected by groundwater advection greatly

    但是對於垂直u型埋管來說，管段大部分位於土壤飽和區內，實際上其穿透的地層中總是存在著地下水的滲流，尤其是在沿海（河、湖泊）地區或地下水豐富的地區，埋管的傳熱性能大部分都受到地下水滲流的影響，此時土壤內發生的是熱傳導和地下水滲流共同作用下的復雜的、非穩定的傳熱傳質過程（簡稱熱滲耦合傳熱過程） 。
  11. According to experiments, lab6, with high conductivity, good heat stability and chemical stability, low work function, and active cathode appearance, has become an ideal material for field emission array cathodes

    經試驗證明，六硼化鑭（ lab6 ）具有高導電率和良好的熱穩定性、化學穩定性、低功函數以及活性陰極表面，因此從理論上成為了場發射陰極的理想材料。
  12. Fractal porous media can be simplified as a kind of binary mixture with different thermal conductivities. the calculated results show that heat transfer in fractal porous media is very complicated, the thermal coupling effect of matrix with pore structure is studied. when heat transfer in pore structure is neglected, the effective thermal conductivity for random sierpinski carpet is scaled up with the percent of matrix, which is described by the classic archie ' s law

    本文首先採用有限容積法分析了分形多孔介質中的熱傳導過程，多孔介質可以視為二元混合介質，計算中發現分形結構中的導熱規律非常復雜，基質與孔隙之間存在著很強的相互換熱，當不考慮孔隙氣體中的導熱時，本文所構造的隨機sierpinski地毯上導熱系數與基質率（基質百分含量）大多呈指數關系，這與archie定律的結果是-致的。
  13. When used for resin bond grinding wheels, coating can decrease heat damage because its thermal conductivity is between diamond and resin, and can increase the tool life by 50 % ~ 100 %

    特別是在樹脂結合劑磨具中，鍍層的熱導率介於金剛石和樹脂之間，可以有效地減緩磨削熱脈沖對樹脂造成的熱損傷，從而顯著延長其耐用度，使樹脂磨具的使用壽命提高50 % ~ 100 % 。
  14. This paper collects recent research advancements about the thermophysical properties in the field of ngh at home and abroad, and summarizes the thermal conductivity, adsorption heat, decomposition heat and heat capacity for single composition included in natural gas, such as methane, ethane and propane, and clarifies the influence factors relative to thermophysical properties

    本文搜集和查閱了國內外關于天然氣水合物熱物理性質方面的最新研究成果，對天然氣組成的單組分水合物的導熱率，吸附熱，分解熱和比熱等熱物理性質進行了歸納和總結，明確了影響這些熱物理性質的相關因素。
  15. Nanofluids exhibit superior heat transfer performance to conventional heat transfer fluids. one of reasons is that the suspended nanoparticles remarkably increase the thermal conductivity of the nanofluids. in this paper, the transient hot - wire instrument for measuring the thermal conductivity of sample nanofluids is developed

    研製了一套瞬態熱線實驗系統，測定了幾種納米流體的導熱系數，分析了納米粒子屬性、份額、形狀、尺度及納米流體溫度等因素對納米流體導熱系數的影響，探討納米流體強化導熱系數的機理。
  16. The heat conductivity of bentonite is one of the important parameters for buffer / backfilling materials as barriers in high level radioactive waste disposal system

    摘要膨潤土的熱學性能是評價膨潤土作為高放廢物深地質處置庫緩沖回填材料的重要參數。
  17. For the augmentation of heat conduction, the principle of temperature - gradient uniformity governing the optimal distribution of the thermal conductivity is presented and proved theoretically

    對于導熱強化，提出並理論證明了溫度梯度全場均勻化是控制導熱系數空間最優分佈的基本原則。
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