return water造句
例句與造句
- Temperature difference between supply and return water
水系統(tǒng)供水溫度與回水溫度之差 - Study on the model of return water quality of irrigation in farmland
農(nóng)田灌溉退水水量水質(zhì)平衡模型研究 - Human beings and animals also return water to the air through their skin
人類和動物也是通過皮膚把水分散發(fā)到空氣中的。 - Points out problems in setting expansion joints for supply and return water risers
摘要指出了在供回水立管中間設置伸縮節(jié)存在的問題。 - Presents the on - off control mode of refrigerating machine by supply and return water temperature difference and load proportion with an example
摘要以具體的工程實例介紹了利用供回水溫差和機組負荷百分數(shù)進行機組臺數(shù)啟停控研究制的方法。 - It's difficult to find return water in a sentence. 用return water造句挺難的
- High temperature water - source heat pump can reclaim loss - grade heat that is produced when energy - changed device such as boiler is operating , anti the return water of district heating supply system is heated
摘要利用高溫水源熱泵設備可回收鍋爐等能量轉(zhuǎn)化設備產(chǎn)生大量的低溫馀熱，提高其溫度用于直接供熱。 - Presents two common heat recovery methods for water cooling chillers . recommends the control scheme by monitoring the return water temperature . presents two design schemes for chilled water systems
摘要介紹了兩種常見的水冷冷水機組熱回收方式。推薦采用熱水回水溫度控制方案。介紹了冷水系統(tǒng)的兩種設計方案。 - By adding scale inhibitors , scaling decreases markedly in the return water system and the dust collector of the ende pulverized coal gasifier , and the safe and stable operation cycle is prolonged in the gasifer and the ash water system
通過使用阻垢劑，回水系統(tǒng)及恩德粉煤氣化除塵裝置結垢明顯減輕，延長了氣化裝置及灰水系統(tǒng)安全穩(wěn)定運行周期。 - The water that plants use also returns to the air . a plant has in its leaves small openings through which water vapor leaves the plant . a large tree may lose seventy gallons of water each day . human beings and animals also return water to the air through their skin
植物使用的水份也會返回大氣中.水蒸汽會通過植物的葉子里的細微孔洞散失.一顆大樹每天可能會損耗70加侖水.人類和動物也會通過他們的皮膚將水份排到大氣中 - It can make the average temperature of the supplying water and return water in every substation tends to be equal , which guarantees well - proportioned flow distribution in the primary heating network . meanwhile , a comfortable living environment can be created in people ' s daily life
通過仿真實驗證明，此算法是可行的，具有使各熱力子站二次側供回水平均溫度趨于一致，達到均勻供熱的效果，從而能夠為用戶創(chuàng)造舒適的生活環(huán)境。 - Plus the returning water of 126 10 ^ 8m ^ 3 , the quantity of water which can supply the ecological system amounts to 428 10 ^ 8m ^ 3 , and the actual ecological water demand is 385 10 ^ 8m ^ 3 , so the water demand of the ecological system can be satisfied on the whole except the heihe river basin and the shiyanghe river basin
定量計算表明：其809億立方公尺的徑流性水資源中，直接留給天然生態(tài)的水量有302億立方公尺，加上126億立方公尺回歸水的間接支援，可供生態(tài)系統(tǒng)消耗的水資源達428億立方公尺，相對于385億立方公尺的現(xiàn)狀生態(tài)需水，除黑河和石羊河流域外，生態(tài)系統(tǒng)的需水基本上能得到滿足。 - The hvac system did not work well in yifu library of beijing university of technology , so we have a local investigation . finally we found out the reason for “ cold in winter and hot in summer ” . in may eighth , we tested the temperature of reading room 、 office ; supply and return water temperature ; water flow and the velocity of fan coil units . we simulate the library with energyplus , which is developed by u . s . a , compared the simulation results with the true temperature and they anastomosed well . on the basis of good simulation results , we simulate the hot day in summer and the cold day in witer and get the temperature of the reading room and the office
于空調(diào)系統(tǒng)開啟的條件下測試了館內(nèi)各功能房間的溫度;供、回水溫度及流量;風機盤管的出風速度。又運用美國新一代能耗分析軟件energyplus對當日館內(nèi)的溫度進行模擬,將模擬值與實測值進行比較,驗證兩者基本吻合。進一步模擬出夏季與冬季設計日圖書館內(nèi)各功能房間的室內(nèi)溫度,作為分析依據(jù)。 - Abstract : a thermo - economical diagnostic mathematical model for pressurizedwater reactor ( pwr ) nuclear cogeneration plant is proposed based on heat assignment method . this model simplifies the calculation of thermal system and can be used to calculate the index variations caused by heating steam parameters as temperature , return percentage and return place of the return water . some examples are given to show the usefulness of this model
文摘:基于熱電聯(lián)產(chǎn)機組熱量法分配的特點，建立了熱電聯(lián)產(chǎn)壓水堆機組熱力系統(tǒng)發(fā)生變化對熱經(jīng)濟性指標影響的計算模型，提出了供熱系統(tǒng)參數(shù)? ?供熱回水率、回水溫度、回水地點變化對壓水堆機組熱經(jīng)濟性影響的定量診斷數(shù)學模型，可將復雜的熱力系統(tǒng)全面計算簡化成3個一次方程.通過實例計算，驗證了所提數(shù)學模型是正確可行的，同時具有概念清晰、計算簡捷的特點