heat transport 中文意思是什麼
heat transport
解釋
熱傳輸-
The cno cycle is faster and more energy is produced per second. in order to effectively transport the heat energy out from the star, its core has to be convective
碳氮氧循環的反應比較快，可以產生更多能量而只有對流核心能將這些多的能量有效地傳遞出去。 -
It is composed of melting furnace, heat holding furnace, transport system, and quantitative feeding system. it can fulfil vacuum refining of the magnesium alloy meltings without adding solvents, and can transport the meltings quantitatively to the gate of the die - casting machine, and prodt e qualified die - casting magnesium alloy products
該設備由熔化爐保溫爐傳輸系布定量給料控制系統四部分組成，可將鎂合金熔液在不加熔劑的情況下進行精煉，並定量傳輸至壓鑄機進料口，從而壓鑄出合格的鎂合金產品。 -
The 3d electrons increased with the content of mn doping increasing, and the electrical property increased accordingly as the electron transport path improved. it is confirmed that all the orthorhombic perovskite phase which is formed initially at the heat treatment temperature of about 600c and thoroughly above 850c are observed in the lcmto thin film deposited on si ( 100 ) substrate by rf magneto - controlled sputtering
確認了採用射頻磁控濺射法于si （ 100 ）基板上生長的薄膜至多在600熱處理已開始形成晶相，形成的晶相全部是正交晶系鈣欽礦相，提高熱處理溫度，薄膜中晶相含量相對增大，高於850后晶相基本形成完畢。 -
The balance must be made up by heat transport through the tropopause.
必須通過對流層頂的熱輸送來建立平衡。 -
This, in turn, reduced the transport of heat and water vapor to and from the plant.
這樣反過來又減低了熱和水汽從植物中的進出量。 -
In order to make clear the regulation of the combustion and the heat - transport process of fire - retardant treated wood, the combustion of untreated, fire - retardant solution soaked, and fire - proof paint coated white pine ( pinus bungeana ) and northeast china ash ( fraxinus mandshurica ) wood as well as the rising process of temperature at different sites in wood were measured in this study, taking a multi - function fire - proof experiment oven to simulate the typical process of fire
摘要為了弄清楚阻燃處理木材的燃燒及其熱傳導規律，該研究採用多功能耐火實驗爐模擬典型火災的發生過程，測定了未處理、阻燃劑水溶液浸漬處理、塗刷防火塗料白皮松和水曲柳木材的燃燒及木材內不同位置的升溫過程。 -
Standard specification for rubber seals used in air - heat transport of solar energy systems
太陽能系統的熱空氣傳遞用橡膠密封件的標準規范 -
Emissions can be cut through increased energy efficiency, changes in demand, and through adoption of clean power, heat and transport technologies
我們可以通過提高能源效率、改變需求、採用清潔電力、供暖以及運輸技術來達到減排的目的。 -
Adopt advanced technic of f4 whole cold - press to moulding and heat melt to process to make, let the lining no slot to link withal cheek by jowl connect with exterior metalpipes wall, in the state of allowwing to work keep to distort in - phase, thereby to enhance using - life of lining in the working status of opposite high temperature high vacuum, stop the ecumenic pad fluorin pipes using in condition of cold and heat alternate and minus tension to come into being the matter of padding fluorin floor shrivel to jam the flowway and plastic rip, its perfect choice use to transport medium of strong corrosive strong oxidation by modern chemical - industry corporation
採用氟塑料f4整體冷壓成型及熱熔加工等先進技術製造，使內襯層無縫搭接且與外層金屬管壁緊密粘接，在允許工作狀態下能夠保持同步變形，從而提高了襯里層在相對高溫高真空度的工況下的使用壽命，杜絕了一般襯氟管在冷熱交替，及負壓的條件下使用易產生襯塑層鼓癟阻塞流道及塑料拉裂的問題，是現代化工企業在輸送強腐蝕強氧化介質理想的選擇。 -
In chapter 5, we study the heat transport of single - wall carbon nanotubes by using molecular dynamics method
第五章採用分子動力學方法對單壁碳納米管的熱輸運性質作了初步的探索。 -
Furthermore, we discuss the application of molecular dynamics method on heat transport of single - wall carbon nanotubes
此外，我們還簡要探討了分子動力學方法在單壁碳納米管熱輸運性質研究中的應用。 -
Firstly, under the condition of constant viscous dissipation, the field coordination equation was induced for steady laminar convective heat transfer by the conditional variational principle based on the extremum principle of heat transport potential capacity dissipation
首先在粘性耗散一定的條件下以熱量傳遞勢容耗散取得極值為優化目標，運用變分方法導出了層流對流換熱場協同方程。 -
The quantitatively studies of the heat budget in the northern indian ocean are given, focusing on the heat transport and the mechanisms involved in, based on the heat budget equation and data from the ocean model
根據熱量收支方程和海洋模式資料，定量估計了北印度洋的熱量收支，重點研究了經向熱輸送及其影響機制。 -
All these results confirm the important of wind in meridional circulation and heat transport. based on mom2 model, a rectangular basin model with ideal w ind stress and other ideal conditions is designed to study the main processes and dynamical mechanism in setting the depth of cross - equator flow. the effects of horizontal diffusivity, seasonal variations of
我們還通過全球海洋環流模式，進一步證實了風應力的季節變化在北印度洋熱收支、 sst以及海洋環流變化中的作用:即包含風應力的季節變化將使長期平均的sst降低，海面凈熱通量增加。 -
It is showed that the heat transport crossing the equator has the similar magnitude and the same period of one year, compared with that of 10 n in arabian sea. by contrast, the heat transport across 10 n in bay of bengal has a much smaller value with a prominent semiannual period ; there are tight relationship between integrated zonal wind stress in one latitude of the indian ocean north of 7 n and the total heat transport across that latitude, as well as the total net surface heat flux north of that latitude. the maximum correlation coefficient is less than - 0. 5
結果表明越赤道和越10on阿拉伯海的熱輸送量大小具有可比性，且有相同的年循環特徵，而10on孟加拉灣緯度的經向熱輸送較小，且具有半年變化周期;儼s以北印度洋任一緯度上的緯向風應力異常與此緯度上的經向熱輸送異常以及此緯度以北印度洋總的海面凈熱通量異常有很好的相關關系，相關系數最大可達一0 . 5以上。 -
Heat transport dynamic model of proton exchange membrane fuel cell stack
質子交換膜燃料電池電堆動態熱傳輸模型 -
The heat transport concentrated on upper 500m, especially upper 150m ; of the total transport, the contribution from the meridional overturning circulation is overwhelming
在總的經向熱輸送中，經向翻轉環流的貢獻起主要作用，進一步證實了風對經向翻轉環流的重要性。 -
An extensive collection of on - line tutorials provide information about laboratory safety, soil sciences, soil physics ( programs about heat transport, water infiltration, oxygen diffusion ), and the asis ( australian soil identification system )
此外，網頁上的「在線指南」欄目還提供有關實驗室安全、土壤科學、土壤物理學等方面的信息。 -
A new class of heat transfer fluids called " nanofiuids " has been proposed. nanofluids refer to a new kind of heat transport fluids by suspending nanoscaled metallic or nonmetallic particles in base fluids. nanofluids are expected to exhibit heat transfer properties superior to those of conventional heat transfer fluids
納米材料科學的迅速發展給強化傳熱領域帶來了新的機遇，有學者提出了一個嶄新的概念?納米流體：即以一定的方式和比例在液體中添迦納米級金屬或非金屬氧化物粒子，形成一類新的傳熱冷卻工質。 -
This high rate of heat transport is due to the bubble-induced circulation of solids.
這種高傳熱率是由於氣泡所引起的固體顆粒循環所致。
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