winter cooling 中文意思是什麼

winter cooling 解釋
冬季冷卻
  • winter : n 1 冬，冬天，冬季。2 〈詩〉年，歲；冷季。3 衰落期，蕭條期。adj 冬天的，冬季的；越冬的；冬播的。 ...
  • cooling : n. ,adj. 冷卻（的）。
  1. Based on the simulation model theory of temperature and stress fields presented in this article, a large simulating program for high rccd has been developed, which can numerically simulate all kinds of temperature control measures, including water pipe cooling, heat insulating in winter, reducing place temperature of concrete, spraying water brume, and long interval over - watering surfaces overflowing in flood season.

    基於本文提出的溫度場和徐變應力場模擬模型理論，編制了高碾壓混凝土壩的三維有限元模擬計算程序，在程序中考慮了各種溫控措施的數值模擬，包括：水管冷卻、冬季保溫、降低混凝土的澆築溫度、夏季混凝土表面噴水霧、施工汛期壩頂面過水等。
  2. This thesis chiefly analyzes the problem of exchanging heat quantity and the methods of the improvement of cooling tower in power station, compares and analyses the advantages and disadvantages of it. this thesis will discuss how to prevent natural - draft counter - flow wet cooling tower from freezing in winter, and compute the areas of draught deflectors

    本文針對自然通風逆流式冷卻塔冬季運行時的防凍處理，及預防結冰所應採取的措施進行研究和計算，提出以增加或減少擋風板的高度來控制出塔水溫的方法，並對其進行計算分析。
  3. Takes several energy saving measures for air conditioning system, nick a large capacity centrifugal chillers working with variable frequency nil capacity chillers, variable frequency and variable flow control on secondary pump water systems, cooling tower for four - pipe water system in winter, fan - coil unit for commercial peripheral zones aid all - air systems for interior zones, variable frequency control on supply and exhaust air fain, enthalpy control on fresh air cooling in winter and intermediate season

    採用了多項空調節能措施：大冷量離心冷水機組搭配變頻小冷量機組，二次泵變頻變流量空調水系統，四管制風機盤管冬季用冷卻塔換冷供冷設計，商業外區風機盤管、內區全空氣空調系統，送風機、排風機變頻控制，過渡季、冬季利用室外新風通風降溫的焓值控制設計。
  4. When temperature changed, in order to keep the outlet temperature of the cooling water stable, we can change the areas of draught deflectors, so the speed and area of the draught is changed, which will improve the safety and economy of the running assembling sets with the assumption of economizing water in winter

    當外界溫度發生變化時，為保證出塔水溫不發生變化，可通過改變擋風板面積的方法，使進風口面積及進塔風速發生改變，進而保證出塔水溫，保證冷卻塔在冬季的正常運行。
  5. Thaw settlement cause negative friction. this paper base on the thought of " initiative cooling ", aim at three problems existing in common concrete pile used in frozen soil, a new type of pile is proposed to overcome the disadvantages of the classical pile used in frozen soil. pile body within active layer is fluted and refilled with porous materials such as gravels and ballasts, convection will be occur and then thermal exchange inside porous material in winter while only heat conduction exists in summer, as a result the soil around flutings will be cooled, so the top line of permafrost will be drive up

    本文基於「主動冷卻」地基的思想，以及針對凍土地區普通混凝土樁存在的三大問題，提出了一種新型樁的設計思路，運用數值模擬試驗手段對其冷卻機理與加固機理進行了系統研究，即在凍融活動層的深度范圍內，在混凝土樁身的表面刻槽，修築完時槽內填充碎石、塊石等多孔介質，通過外界大氣溫度的自然波動下多孔介質在冬季時存在的對流換熱機制，而在夏季只存在熱傳導，來達到主動冷卻樁周凍土和抬升凍土上限的目的。
  6. This paper introduced the experimental results for ground - source water / water heat pump, analyzed the effects of the variety flux on system performance coefficients, which showed that the optimal operation flux is 1000 ( l / h ) and provided the heat exchange rate per unit depth of coil, 45 80 ( w / m ). compared the exchang - heat - curveline in winter with that in summer, through which showed the advantages of gshp in mode of heating and cooling on long - period operation

    本文介紹了地源水-水熱泵全年冬夏暖冷聯供的實驗結果以及過渡季地溫的恢復情況，分析了系統流量對熱泵性能參數的影響，獲得了最佳運行流量為1000 （ l / h ） 。並實測得到單位管深換熱率及埋管的有關性能指標。
  7. Compared theoretical results with experimental data, it shows that heating / cooling capacity reduces when inlet temperature of evaporator is decreasing, which is not satisfied room comfortable demand at low temperature environment in winter condition

    結果表明：隨著蒸發器進風溫度的降低，系統的吸熱量和制熱量都會減少，不能滿足冬季工況低溫環境下室內舒適性的要求。
  8. Heat loss in winter months could increase as a result, though the supply air temperature is kept low, at around 18 c, and in summer months the cooling demand and associated energy consumption is reduced

    結果盡管已經將供給的空氣溫度維持在較低的水平，大約18 c左右，冬季月份的熱量損失依然將會增加，同時夏季的降溫需求及相關聯的能源需求也將下降。
  9. Moreover, the experiment result shows that the temperature of the supply water is an important factor influencing the hearing or cooling capacity of the radiant floor. through the survey of the gshp - radiant floor system in summer and winter, this paper lays emphasis on the performance test of this united system and the analysis of the condense of the cooling floor surface

    文中通過冬夏兩季地源熱泵-輻射地板聯供系統長期運行工況的測試，對地源熱泵輻射地板聯供系統的供冷熱性能及地板供冷的表面結露等問題進行了定性分析，最後用一工程實踐對系統的實用性進行驗證。
  10. Presents main reasons of the compressor damaged in winter by analyzing an accident of the wind cooling heat - pump unit. gives some suggestions for the user and the producer

    通過對一起風冷熱泵機組壓縮機損壞事故的分析，提出機組冬季損壞的主要原因，並提出一些意見和建議供用戶和生產廠家參考。
  11. This paper is a part of national natural science fund item - summer cooling and winter heating dynamic traits research of underground energy - keeping system the house in summer cooling and winter heating area, mainly task is the experimental research of ground source heat pump systems with horizontal buried pipes

    本文為國家自然科學基金資助項目「夏熱冬冷地區住宅地下蓄能系統冷熱聯供動態特性研究」的一部分，主要任務是地下水平埋管換熱器地熱源熱泵系統冬夏暖冷聯供實驗研究。
  12. Wind - cooling modular cold / heat water combination series are widely used in office building, villa, factory, hospital, and entertainment site etc, and its market occupation ratio is always high enough because of the following advantages : modular combinations supply cool in summer and heat in winter without boiler ; main equipment is installed in the top of the building that will save the investment for cooling room and avoid the maintaining for cooling water and the worrying about " corps bacteria " ; high cop value and automation degree

    風冷模塊冷熱水機組廣泛適用於辦公樓、別墅、廠房、醫院賓館以及娛樂場所等各行各業被特工們工程中，而且市場佔有率一直居高不下，皆因其有諸多優點：模塊機組夏季供冷、冬季供熱，不需另設鍋爐房；主機安裝在房頂，可省去冷凍機房的投資，避免冷卻水的保養及「軍團菌」的擔憂； cop值較高，自動化程度高。
  13. Trends in heating cooling source selection in hot - summer and cold - winter areas

    空調冷熱源選擇智能決策支持系統知識庫與推理機的構造與實現
  14. Abstract : in this paper, the characteristics of residential air - conditioning loads, the main technological ways, different heating & cooling scheme are discussed ; the good future of energy efficiency of buildings in the hot summer and cold winter area is expected as well

    文摘:結合住宅建築空調負荷的特點，先分析了夏熱冬冷地區住宅建築節能的基本技術途徑，再從發展的觀點比較了該地區住宅的幾種冷暖方案的可行性。
  15. Ground water is used as the cooling water source of heat pump units in summer a great deal of production sewage is used as extracted heat sink for units in winter

    夏季利用地下水作為水源熱泵機組的冷卻水，冬季利用該廠豐富的污水作為機組的吸熱源。
  16. The ground water - source heat pump ( gwshp ) air - conditioning technology appears with the requirement of both energy saving and environment protection. it uses the underground water as the heating source in winter and the cooling source in summer

    地下水源熱泵空調技術在建築節能和環保的雙重需求下應運而生，它將地下水體作為冬季供熱的熱源和夏季製冷的冷源，是一種高效節能的可再生能源利用技術。
  17. Freeze of natural draft counter - flow cooling tower in winter and its treatment

    自然通風逆流式冷卻塔冬季結冰原因及處理
  18. Design and energy - saving potential of closed cooling tower used in directly cooling in winter

    閉式冷卻塔用於冬季直接供冷的設計及節能分析
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