solution heat exchanger 中文意思是什麼

solution heat exchanger 解釋
熱溶液交換器
  • solution : n. 1. 溶解；溶液，溶體，溶劑。2. （補輪胎用的）橡膠水；〈美國〉藥水。3. 解決，解答 （of; for; to）; 解釋；（數學等的）解法，解式。4. 免除，解除。5. 【醫學】消散，消退。
  • 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...
  • exchanger : n. 交換器。
  1. As ammonia built up in the water gas purification system reacts with a part of condensate on the inner wall of the heat exchanger tube passes, and the salt solution formed cools down and crystallizes in the tube passes, the resistance in the shift conversion section increases exceedingly

    摘要由於水煤氣凈化系統積累的氨與部分冷凝水在換熱器管程內壁反應形成的鹽溶液在管程內冷卻結晶，造成變換工序阻力異常增大。
  2. The element simulation method for heat exchanger and its solution

    熱交換器的微元模擬法及求解
  3. Influence of solution heat exchanger effectiveness on performance of high temperature absorption heat pumps

    溶液換熱器傳熱效率對高溫吸收式熱泵性能的影響
  4. With the rapid development of high buildings in present society, high air - sealed and heat - isolated have directly affected the working and living environment of human being, people wish their environment to be higher and higher in quality and they pay more and more heavy attention to the importance of their environment day by day ; the all heat exchanger produced in our company is the solution to the air quality of the working and living environment people concern

    隨著當今社會高層建築的迅猛發展，高氣密化、隔熱化直接影響到人們的工作、生活環境，所以人們對居住環境的高質量要求越來越高，並日益對其的重要性表現出極大的關注；我公司生產的全熱交換器將解決人們關注的工作、生活環境中的空氣質量。
  5. By way of analysis of heat transfer process of the field - test model, the author formulated a 3 - dimensions heat transfer model which is correspondent to actual performance of buried pipe - in - pipe heat exchanger. coupled with field testing data, the short and long term operation features has been thoroughly analyzed by finite element solution and forward finite - difference analysis of the heat transfer differential equations of buried pipe - in - pipe heat exchanger. by interpreting regularity of continuous and intermittent operations of buried pipe - in - pipe heat exchanger, its heat transfer mechanism has been further explained in this thesis

    本文通過對試驗模型熱過程的深入分析，建立了與實際地下埋管換熱器結構參數相吻合的三維傳熱數學模型，通過有限單元法和向前差分法求解相應微分方程並對分析結果進行關聯耦合，詳細分析了埋管換熱器的短期和長期運行特性，對地源熱泵套管式埋管換熱器連續運行、間斷運行規律進行了解析，進一步弄清了埋管換熱器的傳熱規律。
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