蓄熱能量 的英文怎麼說

中文拼音 [néngliáng]
蓄熱能量 英文
heat-retaining capacity
  • : 動詞1. (儲存; 積蓄) store up; save up 2. (留著而不剃掉) grow 3. (心裏藏著) entertain (ideas); harbour
  • : 能名詞(姓氏) a surname
  • : 量動1. (度量) measure 2. (估量) estimate; size up
  • 能量 : 1 [物理學] energy; amount of energy 2 (能力) capabilities; capacity; 能量不滅 conservation of e...
  1. Photograph by michael nicholstigers, like this female in india ' s bandhavgarh national park, spend hot days in a languorous laze, storing energy for nights of hunting

    如圖中這只印度班達迦國家公園的雌老虎,在炎的天氣里老虎總是沒精打採的打瞌睡,以為夜裡的捕獵積
  2. What a waterfall thunderously sets off is but the accumulated potential that a reservoir has quietly stored

    水庫在寧靜中積,瀑布在鬧中宣洩勢
  3. The paper reviewed a lot of literature about thermal mass and ventilation technology. the concept and sort of the thermal mass and the theory of thermal mass are introduced in the paper. the factor and parameter that describe the characteristic of thermal mass is analyzed in detail

    本文對和通風技術的發展分別進行了回顧,在大閱讀國內外文獻的基礎上,重點分析了影響力的因素及相關參數。
  4. Professor dongsheng zhu south china university of technology presented a summary on " the high efficiency domestic heat pump water heater with heat storage ", introducing this new style water heater with phase change materials in heat storage box

    該樣機採用相變裝置的做法,實現相變儲,盤管承壓,縮小體積,批化生產,為節水器進入普通家庭創造條件。
  5. This paper states the situation of our countrys solar energy utilization, indicates the background and possibility of solar energy heat pump utilization, and gives the energy balnce equation of instruments in this system in view of typical solar energy heat pump system

    針對我國太陽的利用情況,指出利用太陽泵的背景與可性,並針對典型太陽泵系統,給出此系統各設備(包括集器、蒸發器、冷凝器和器)的平衡方程,分析了太陽泵系統的供系數。
  6. The result displays that in the saving - energy building, the solar energy entering the room is far bigger than the heat load of the room. during the building design, should think about how to use the charge character of the pcm wallboard to utilize effectively this solar to reduce heating energy in the winter

    結果表明在節住宅建築的南向房間,白天進入室內的太陽遠遠大於室內的負荷,在建築設計中可以考慮利用相變墻體的以更加有效的利用這部分,從而達到降低冬季採暖的耗的目的。
  7. An array of benefits is provided with the application of the integrated system, such as high cop & spf, energy saving, small fluctuation with the ambient temperature, improving the conflict between the fresh air supply and energy consumption and etc. 3. a comparison has been made on ground - source heat pump ( gshp ) with the air - source heat pump ( ashp )

    地源泵聯合輻射地板對房間進行冷暖聯供,既具有地源泵季節性平均性系數高、土壤力強、隨環境溫度波動小等優點,且改善空氣源泵系統新風供給與耗之間的矛盾關系。
  8. Methods for measuring the performance of electric storage water - heaters for household purpose

    家用水式電水器性的測方法
  9. The system adopts several technologies, such as recovery of condensing heat, thermal storage and heat pump, etc. it can synthetically utilize energy of compression refrigeration cycle and satisfy the need of air conditioning and domestic hot water simultaneously. at the same time, its application will improve some problems of the conventional system ( an air conditioner and a hot water heater ), such as large consuming energy, wasting energy and thermal pollution to environment. therefore, hpacdhws is obviously in favor of development economy, environment and society

    該設備全年綜合利用壓縮式製冷循環的(冬季運行要依靠輔助源) ,並融合了回收、泵等多項技術,夠同時滿足建築物內空調和生活水的需求,緩解了常規系統(常規空調器+水器)耗大、源浪費和環境污染等問題,具有明顯的經濟效益、環境效益和社會效益。
  10. Charging control systems for household electric room heating of the storage type - methods for measuring performance

    式家用房間電供暖用充電控制系統.性方法
  11. A salt - gradient solar pond ( sgsp ) is an excellent design for energy collection as well as for long - term energy storage, and it is also an active topic in the new energy source application domain

    鹽梯度太陽池( sgsp )作為兼集和長期為一體的利用裝置,是當前新源應用領域一個活躍的課題。
  12. Cool ( heat ) storage is used extensively, not only can adjust supply and need of energy, shift electric loads from on - peak to off - peak, balance energy system, but also can reduce energy consumption, realize high - efficient and logical utilization of energy

    冷()應用非常廣泛,不僅可以調節供需,移峰填谷,平衡系統,而且可以降低耗,實現的高效合理利用。
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