heat transfer pump 中文意思是什麼
heat transfer pump
解釋
載熱劑泵-
Calculation method of heat transfer coefficient of air - side heat exchanger of air source heat pump water chiller heater
空氣源熱泵冷熱水機組空氣側換熱器換熱系數的計算方法 -
In the text thermodynamics and heat transfer calculation of the no - pump libr absorption refrigeration were performed, and carried out the values of various state point, the heat load and the areas of each apparatus
文中對無泵溴化鋰吸收式空調器進行了傳熱與熱力計算，給出了各個狀態點的參數和換熱面積。 -
With an actual ground source heat pump system example, based on the hourly calculation of annual cooling and heating load, carries out numerical simulation on heat transfer characteristics of the soil around compact pile - buried underground heat exchangers with large land area
摘要以一實際地源熱泵系統為例，在全年逐時負荷計算的基礎上，對大面積密集型樁埋換熱器管群周圍土壤的換熱特性進行了數值模擬。 -
The same control also activates a pump on the domestic water side that circulates water through the heat exchanger, where it is heated by the heat transfer fluid
相同的控制也會啟動在室內水側的泵，使水穿過熱交換器，在熱交換器中，水被載熱流體加熱。 -
Enhanced heat transfer tube with spiral - surface has simple frame, cheap cost, and wide - ranging purpose. only few dirt can adhere to it and is easy to be washed. it has distinct strengthen effect, and can improve chief heat transfer coefficient at 35 - 40 % comparing with smooth tube exchanger which has same volume and pump power consumption
螺旋型表面強化管結構簡單，成本低廉，用途廣泛，結垢少且易清洗，其強化效果明顯，與體積、消耗泵功率相同的光管式換熱器相比，螺旋槽管換熱器可以將總傳熱系數提高35 40 ，因而備受人們青睞。 -
The paper indicates that the study on mechanism of boiling heat transfer in microchannels does not first - orderly instruct engineering design and appliance, and they are constraints between geometric dimension, passage diameter, number and length efficiency of evaporators, pump power and so on
指出對于微通道沸騰換熱的傳熱機理等的研究對工程設計和應用來講還沒有形成合適的技術指導依據，蒸發器尺寸、通道直徑、數目、通道長度、換熱效率以及泵功率之間是相互制約的。 -
Conventional submersible non - clog pump motors are air - filled non - jacketed type designed to be cooled by convection heat transfer to the surrounding media
一般的潛水無堵塞泵電機是風冷、無加套結構設計，由周圍介質的對流傳熱進行冷卻。 -
Studies on the determining of the performance of 4. 0 l05l / s ( for h2 ) liquid helium cryocondensation pump are developed in detail. the principle of physical absorption is analyzed. the design of liquid helium cryocondensation pump, heat and mass transfer, performance testing are also researched
針對嵌入式布置於中性束注入系統的4 . 0 10 ~ 5l s液氦低溫冷凝泵展開了詳細研究，分析了液氦低溫冷凝泵的物理吸附機理，並進行了lhe低溫冷凝泵的設計、傳熱傳質分析和性能測試。 -
When the control system senses an increase in solar panel temperature, the pump circulates the heat transfer liquid, and energy is collected
當控制系統感應到太陽平板溫度的增加，泵使載熱流體循環，能量被收集。 -
Ground source heat pump ( gshp ) air conditioning systems utilize ground soil as a heat source / sink, achieve heat transfer between the ground soil and a working fluid ( water or antifreeze solution ) circulating in a closed loop buried in the ground
地源熱泵空調系統利用大地作為冷熱源，通過中間介質在埋設于地下的封閉環路中循環流動，與大地進行熱量交換，進而由熱泵實現對建築物的空調。 -
It has carried on the introduction of heat transfer models of underground heat exchanger which is commonly used one by one. the underground heat exchanger is the important constituent of the source heat pump system. reasonable form, correct design and answering the purpose to the entire gshp system is significant
地下埋管換熱器是地源熱泵系統的重要組成部分，其選擇的形式是否合理，設計的是否正確，對整個地源熱泵系統能否滿足要求和正常的使用關系重大。 -
Solar energy is a sort of never - failing clean energy sources, and how to more effectively utilize it has increasingly become a hotspot scientists tap with efforts. the characteristic of heat pump consist in that it can transfer heat from low temperature to high temperature, and improve the rates of low temperature heat sources
太陽能是一種取之不盡的清潔能源，如何更有效地利用太陽能，已經成為當今各國競相開發研究的熱點；熱泵的特點在於能將熱量從低溫熱源傳到高溫熱源，提高低溫熱源的利用率；太陽能利用技術與熱泵技術的相互結合，發展前景廣闊。
分享友人