熱傳遞速度 的英文怎麼說

中文拼音 [rèzhuàndìsùdù]
熱傳遞速度 英文
rate of heat transfer
  • 傳 : 傳名詞1 （解釋經文的著作） commentaries on classics 2 （傳記） biography 3 （敘述歷史故事的作品）...
  • 遞 : Ⅰ動詞（傳送;傳遞） hand over; pass; give Ⅱ副詞（順著次序） in the proper order; successively
  • 速 : Ⅰ形容詞（迅速; 快） fast; rapid; quick; speedy Ⅱ名詞1 （速度） speed; velocity 2 （姓氏） a surna...
  • 度 : 度動詞[書面語] （推測; 估計） surmise; estimate
  • 速度 : 1. [物理學] velocity; speed; blast; bat 2. [音樂] tempo3. （快慢的程度） speed; rate; pace; tempo
  1. In theory and practice, it is important to build up the heat transfer equations, compute the friction heat and temperature and determine the influences on the speed and dynamics

    建立熱傳遞方程，計算軸承的摩擦熱和溫度分佈，研究軸承的熱特性，及其對速度和動力學性能的影響是一個具有理論和實際意義的重要課題。
  2. 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。
  3. The products adopt internationally most advanced hp technology with heat transferred via working media phase change, and are characterized as small heat resistance, rapid heat response, fast heat conduction, separate heat source and cold source, uniform isotherm performance, and huge heat flux under condition of small temperature difference etc

    該產品採用國際上先進的熱管技術，利用工質相變來傳遞熱量，具有熱阻小、熱響應速度快、熱傳導迅速、冷熱源可分離、等溫性能好、小溫差下傳輸較大的熱量等特性。
  4. Some detailed analyses were done especially for the difference of the theoretical description and practical situation. also, some cases such as the hypothesis that heat is transmitted in infinite rate of the classical fourier ' s law, the law " s foundation which is not fit for the transient heat - transfer in microscale condition were analyzed

    針對理論解析結果與實際熱傳遞行為存在的差異作了詳細的分析，對經典的fourier定律所隱含的無限大熱量傳播速度、成立的基礎及在微小尺度瞬態熱傳導過程中應用所存在的不足等情況進行了分析。
  5. Numerical results are obtained for velocity, temperature and concentration profiles, variations of both nusselt and sherwood numbers under different buoyancy ratio and inclination angles of = 15 - 90. at a given inclination angle, heat and mass transfer rates decrease with heat and mass buoyancies and the buoyancy ratio b decrease from high positive values, and then increase again with the buoyancy radio b further decreasing after the velocity and transfer rates reaching a minimum

    研究結果表明：傾斜角度一定，當熱浮力與物質擴散浮力共存且二浮力之比b從較高正值變化到較高負值時，流體速度和熱質傳遞速度從高逐漸變低並出現最小值，此後隨著向下浮力的增大，流體向下流動且隨| b |的增大而加速，熱質傳遞速率隨| b |的增大而重新增大。
  6. The nusselt and sherwood numbers increase with the increasing buoyancy ratio of b. when b reaches bmin, nusselt and sherwood numbers are attained minimum. the value of buoyancy ratio bmin which is a function of pr / sc increase with the increasing pr / sc and bmin varies drastically when 0 < pr / sc < 2

    流體速度和熱質傳遞速度出現最小值時即nusselt數和sherwood數為最小值時的浮力比為b _ （ min ） ，它是普朗特數和施米特數之比pr / sc的函數，隨pr / sc的增大而增大。
  7. Results showed that temperatures have different effects on the curing speed of resin, the rate of moisture transmission, the degree of plastic melting and the degree of wheat straw decomposition

    結果表明，熱壓溫度對板坯中膠黏劑的固化速度、水分傳遞速度、塑料熔融程度、麥秸分解程度等都有不同程度的影響。
  8. The block diagram of step heating - furnace speed control system is drawn, according to which the transfer function of the system is arrived at and the factors that affect the dynamic property of the system are analyzed in detail

    摘要建立了步進加熱爐速度控制系統的方框圖，通過方框圖求出了該系統的傳遞函數，並對影響系統動態特性的因素進行了詳細分析。
  9. The thermal network model of steady - state temperature field of swing movable teeth reducer is set up. the calculation models for power losses, heat transfer and thermal resistance of swing movable teeth reducer are established. the thermal network figure of swing movable teeth reducer is drawn

    運用傳熱學理論對擺動活齒減速器的發熱機理和穩態溫度場分佈進行了研究，建立了擺動活齒減速器的穩態溫度場的熱網路模型、功率損失計算模型、熱傳遞計算模型及熱阻計算模型。
分享友人
分享到 Line

分享到臉書