heat response 中文意思是什麼

heat response 解釋
熱效
  • 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...
  • response : n. 1. 回答,答復。2. 【宗教】應唱聖歌。3. (因刺激等引起的)感應,反應,反響;應驗;【物理學】響應;【無線電】靈敏度,感擾性;特性曲線。
  1. Signal transduction mechanism of plant heat shock response

    植物熱激反應的信號轉導機理
  2. Our factory is an enterprise professionally manufacturing plastic - covered thermos flasks, heat insulation barrels and heat insulation kettles. with the development of the times, in response to market demands, we have strengthened new products development. as the result, we have developed a series of new - model heat insulation products. the products are characterized by modeling - focus on the bassis of utility and beautiful and elegant in appearance, which guarantee superior quality of our products and our firm position in the market. therefore our enterprise is of full of vitality and boundless in development potential

    本廠是一家專業生產塑殼保溫瓶、保溫桶、保溫水壺等日用品的企業,隨著時代發展的趨勢,以市場需求為契機,加大了開發新產品的力度,推出一系列新型保溫產品,在實用的基礎上注重造型,使產品美觀大方,以確保產品一流品質,立足市場,使企業煥發出勃勃的生機和無窮的發展潛力。
  3. Dendrochronology study on response of reaumurta soongorica to water - heat variation

    水熱響應的年輪學研究
  4. Smart materials and structure have definite requirements of sensor components and driving components, for example, they can adhere well to the matrix and have higher strength, fatigue strength, more broad scope of frequency response and faster response speed, etc. piezodielectric ceramics have characteristic of easily preparing, heat - resistance, wet - resistance, high strength and broad scope of frequency response, etc. furthermore, it has piezoelectric effect and inverse piezoelectric effect, namely it can produce electric potential energy when it is transformed by mechanical strength and its mechanical dimension can be transformed when voltage is put on it

    壓電陶瓷能與基體材料很好結合,具有制備容易、耐熱、耐濕、強度高、頻響寬等特點,另外它具有正壓電效應和逆壓電效應,即當它受到機械力變形時,能產生電勢,對它施加電壓時,能改變其機械尺寸,因此它在智能材料結構中既能用作傳感元件又能用作驅動元件。
  5. The cables regulate their heat output in response to changes in temperature

    其輸出熱量隨著溫度的改變,自動調整。
  6. Heat shock proteins ( hsps ) are molecular chaperones with potent adjuvant capability in the induction of antigen - specific ctl, thl response and increasing immunogenicity of tumor cells

    本課題應用a20腫瘤細胞,經熱休克作用,制備熱休克腫瘤細胞來源的exosomes 。
  7. Besides, practical load of the ghes varies with time. the variable load of ghes is decomposed as a series of pulse load, and the superimposition principle is employed to obtain the real temperature response of the ghes on basis of the theoretical solutions of a single borehole experiencing a constant heat flux

    利用把具有摘要, . . . . . . . . . . . . . . .復雜邊界條件和熱源的問題分解為許多較簡單的問題的方法,把具有多個鉆孔的地熱換熱器溫度場化作許多單孔溫度場的益加,建立了多鉆孔地熱換熱器溫度場亞加模型。
  8. Genetic analysis shows that it may be caused by the difference of the response of each area to winter monsoon ' s abnormal, the kuroshio and our offshore is influenced mostly by heat flux between the sea and atmosphere, but in the other areas, the abnormal current incited by abnormal wind has decisive effect on the change of the sea temperature, at the same time, air pressure also has some impact on the sea temperature

    其區域性形成的原因主要可能是因為各海區對冬季風異常的響應方式不同,強冬季風使得黑潮與我國近海海洋過多散熱,海溫降低;在西北太平洋暖池北部,強冬季風引起西風異常,從而引發異常氣旋性環流,海水輻合下沉加熱其表層以下海水,同時異常環流使得更多東側異常暖水向西加熱其表層水;在黑潮與親潮交匯處的升溫也主要是由於強冬季風導致的流場異常,海水輻合下沉升溫。
  9. The dynamic response to the heating imbalance is such as to converge heat into the upper troposphere of the desert regions

    對這一加熱不平衡的動力學響應結果導致熱在這沙漠地帶的對流層上部輻合。
  10. Based on the results of previous researchers, the following instigations have been carried out in this paper : ( 1 ) employing a reasonable local resonance model which can accurately embody the heat - generation behavior due to resonance and vibration - heat mode in delaminated region, the dynamic response and temperature distribution in the small delamination region of a laminated beam are formulated. influence of the excitation frequency on the temperature gradient formation is analyzed numerically, and several meaningful conclusions are drawn. ( 2 ) for laminated plates with delaminations, due to complexity of the analytical solution, the finite element method is employed to analyze their temperature distributions and satisfactory results are also obtained

    本文在前人研究的基礎上,對此方法進行了進一步的探討,主要做了以下的工作: ( 1 )選取合理的、能夠準確反映由共振而產生熱量的行為的局部響應模型,以及合理的振動熱模式,推導了一維層合梁小脫層區域的振動響應及梁的溫度分佈,並編製程序計算了該層合梁在激勵一段時間后的溫度分佈趨勢,分析了激勵頻率對溫度梯度形成的影響,得到了一些有意義的結論; ( 2 )對於二維層合板,由於解析解的形式異常復雜,本文採用有限元計算軟體對其溫度分佈進行了分析,也得到了較為滿意的結果。
  11. 5. in response to heat conduction test, air heat - insulation course is proved to work well, it reduces temperature difference of tank walls greatly and prevents cracks effectively

    進行了罐體熱傳導試驗,證明了空氣隔熱層具有令人滿意的效果,大大降低了罐壁溫差,有效預防了溫度裂縫的發生。
  12. Heat shock protein 70 and heat shock response

    熱激蛋白70與熱激反應
  13. In this paper, the mechanism and practical effect of existing coordinated control schemes are analyzed in detail, the advantage and drawback of the different coordinated control methods in practice are indicated clearly. this paper describes a fact that it is difficult to obtain rapid load response and stable main parameters at the same time by using the recent methods, underlines that heat release is the vital parameter that should be carefully controlled

    本篇在吸取了目前各種協調控制系統的優點的基礎上,提出了改進后的協調控制方案,主旨為以控制鍋爐的熱量釋放信號為核心,採用具有內在穩定特性的控制方案,充分加快機組的負荷響應速度,在機組所帶負荷已經接近當時的極限,及時限制輸出功率的增長,達到穩定機組的目的。
  14. Standard test method for determining the heat release rate and other fire - test - response characteristics of wallcovering composites using a cone calorimeter

    用錐形熱量計測定墻面覆層材料的釋熱率及其它著火試驗響應特性的標準試驗方法
  15. 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。
  16. Firstly, wall ’ s transfer matrix is deduced by laplace transformation based on 3r2c thermal network model. secondly, frequency response of transfer matrix is calculated. thirdly, we make the frequency response of transfer matrix of stimulation model equate the theoretical frequency response of wall transient heat conduction by applying appropriate identification algorithm, from which we can obtain every polynomial ’ s coefficient of model transfer function, then each parameter of resistance and capacitance is calculated by appropriate optimization algorithm

    首先,根據模擬熱流網路模型用拉普拉斯變換推出墻體的傳遞矩陣;然後,計算傳遞矩陣的頻率響應;最後,採用頻域回歸方法求出模型傳遞函數各次項的系數,進而通過一定的優化演算法確定模型的各個熱阻、熱容參數,使通過模型建立的多項式s -傳遞函數與墻體瞬時傳熱的理論超越s -傳遞函數完全等價。
  17. The theoretical s - transfer function of ground - coupled envelope is deduced by laplace transformation. a simple polynomial s - transfer function is estimated from the theoretical frequency response of the ground - coupled envelope by frequency domain regression method, then we can calculate transient heat conduction through the ground - coupled envelope. it provides a novel idea to calculate the transient heat transfer from ground - coupled envelope more simply and efficiently

    用頻域回歸方法求出觸地結構多項式s -傳遞函數,通過實例驗證了多項式s -傳遞函數與理論傳遞函數的等價性,並計算出觸地圍護結構的反應系數、導熱z傳遞函數系數和地面瞬時熱流,這就為更簡單、高效地計算觸地結構動態傳熱提供了一種新的思路。
  18. Test method for determining the heat release rate and other fire - test - response characteristics of wallcovering composites using a cone calorimeter

    用錐形量熱計測定墻面覆層材料的熱釋放率及其它著火試驗響應特性的方法
  19. As experiments reveals, the moisture diffusion, heat conduction and mechanical response in polymers are mutually affecting behaviors

    有試驗發現,高聚物中濕分、溫度和應力是相互影響的。
  20. This thesis analyzes the control principles of energy regulating ways in reefer units, compares the merits and demerits of these control methods in the outside working conditions of the changing burthen, and then puts forward the wvf, a entirely new energy saving regulative and control method. in addition, the thesis educes the heat response factors of container ' s round wall constructions by analyzing the dynamic heat transfer and adopting the method of heat response factors, and illustrates the refrigerated container ' s characteristics through an experiment on an empty refrigerated container

    本文通過分析目前冷藏集裝箱的能量調節方式,比較了這些控制方式在箱外負荷變化的情況下的能量調節優缺點,在此基礎上提出全新的變頻能量調節控制方式:通過對冷藏箱圍壁結構的動態傳熱性能的分析和熱反應系數法的應用,得出了各圍壁結構的熱反應系數;通過冷藏箱空箱降溫實驗分析了製冷系統在空箱打冷時系統的特性。
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