載蓄率 的英文怎麼說

中文拼音 [zǎi]
載蓄率 英文
rate of stocking
  • : 載Ⅰ名詞(年) year : 一年半載 six to twelve months; six months to a year; 三年五載 three to five ...
  • : 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
  • : 率名詞(比值) rate; ratio; proportion
  1. Furthermore, the impacts of the geometric dimensions of the coils, the inlet temperature and the flow velocity of the secondary fluid on the charge / discharge modes were discussed. a comparison of the total freeze - up and the partial freeze - up has also been made

    研究了冷劑進口溫度、流速和盤管材料的熱導冰盤管傳熱性能的影響,並對完全凍結方式和不完全凍結方式的結冰和融冰過程作了比較。
  2. In view of the shortcomings of the existing energy - saving hydraulic pumping units, a new hydraulic pumping unit with closed oil circuit is developed, which realizes speed control by using variable frequency hydraulic technology and implements load balance with accumulator

    摘要針對現有多種節能型液壓抽油機均存在裝機功大、能耗高、自適應能力差等缺點,提出了一種以能器平衡荷的變頻液壓閉式節能抽油機。
  3. The new unit has following technical features : ( 1 ) the unit ' s load is balanced by means of the accumulator and hydraulic cylinder with special structure ; ( 2 ) the installed power of the unit can be reduced greatly by adopting the accumulator ; ( 3 ) variable frequency speed regulation ensures good energy saving effect, and the closed oil circuit requires less hydraulic oil ; ( 4 ) a bi - directional hydraulic lock in the oil circuit ensures the stability and safety of the operation of the pumping unit

    新型機具有4個技術特點: ( 1 )由於活塞柱塞式液壓缸的特殊結構和液壓能器的配合使用,在平衡抽油機大部分荷時,不需另外增加配重,可減小抽油機體積、質量和佔地面積; ( 2 )抽油機下沖程時,與活塞柱塞式液壓缸相連接的能器吸收能量,上沖程時儲存在能器中的能量補充荷上行所需的能量,大幅度降低抽油機裝機功; ( 3 )利用變頻容積調速節能效高,閉式油路節省液壓油,同時大大減小液壓泵站的體積; ( 4 )在閉式油路中採用雙向液壓鎖可使抽油機的啟停更加平穩、迅速,其工作的穩定性和安全性更好。
  4. 3 ) based on the research on battery discharging strategy, diesel strategy and battery & diesel strategy, strategies of dispatching system energy are presented, such as load follow strategy, frugality strategy and rated power - minimum operation time strategy. several strategies of dispatching system energy are studied

    3 )在研究電池充放電策略、柴油機運行策略以及電池和柴油機綜合策略的基礎上,提出了風光柴復合發電及智能控制系統的能量調度策略,即負跟隨策略、節約型調度策略和額定功最小運行時間策略。
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