熱再生系統 的英文怎麼說

中文拼音 [rèzàishēngxìtǒng]
熱再生系統 英文
thermally regenerative system
  • 再 : 副詞1 （又一次） another time; again; once more 2 （表示更加） still; further 3 （表示如果繼續怎...
  • 生 : Ⅰ動詞1 （生育; 生殖） give birth to; bear 2 （出生） be born 3 （生長） grow 4 （生存; 活） live;...
  • 系 : 系動詞（打結; 扣） tie; fasten; do up; button up
  • 統 : Ⅰ名詞1 （事物間連續的關系） interconnected system 2 （衣服等的筒狀部分） any tube shaped part of ...
  • 系統 : 1. （按一定關系組成的同類事物） system 2. （有條理的;有系統的） systematic
  1. Abstract : large time delay exists in complicated practical processes. for example, in fccu ( fluidized catalytic cracker unit ) reactor - regenerator, the feed is preheated through heat exchanging from fractional column slurry, thus results in large time delay. a predictive control system is designed for such processes, where the kernal algorithm is dynamic matrix control. application results show that the control behavior is improved than original pid control

    文摘:實際的復雜工業過程，往往具有大的時滯，例如：煉油廠催化裂化裝置的反應再生系統，其原料油預熱通過油漿換熱實現，因此時滯特別大.本文針對這一類大的時滯過程，設計了以動態矩陣控制為核心演算法的預測控制系統，運行實踐表明：這一控制方案比原pid控制在控制質量上有較大提高
  2. The system follows carnot cycle principle. driven by electricity, its working substance absorbs the latent heat in the air or other low - temperature heat source, and waste heat let out of living or industry, compresses it to heat by compressor, exchange, exchange heat with water to higher the water temperature ( 55 warm ). it a new water heating apparatus, used in home heating, and influenced by environment runoff and the heat exchang of working substance. this system is more used in southem china

    根據逆卡諾循環原理，採用電能驅動，通過工質吸收空氣中或其他低溫熱源中無法被利用的太陽能潛熱、生活及工業排放的廢熱，通過壓縮機壓縮升溫，再與水換熱，使水溫升高，獲得（ 55 ）熱水，是一種新型的熱水製造設備，應用於家庭和熱水系統，受到環境溫差和工質換熱的影響，熱泵熱水器/熱水系統更多適合南方地區應用。
  3. Compared to other conventional alternatives, the ground source heat pump system makes full use of renewable energy, and boasts the features of protecting the environment and reducing electric power consumption

    與傳統空調方式比較，地源熱泵空調系統利用可再生能源，具有節能和環保的特點。
  4. Development of large coal mines, high - efficiency production technical equipment of coal, development and utilization of coal gas resources, high - efficiency and low - pollution large coa1 generating system, power plant of urban heat and power combined production, fine processing of coal, development of renewable energy resources

    大型煤田開發，煤炭高效生產技術裝備，煤氣資源開發利用，高效低污染大型燃煤發電系統，城市熱電聯產電廠，煤炭精深加工，可再生能源開發等。
  5. ( 1 ) for the first time, compositing the chemical compounds of alkaline - earth metal with the adsorption material, 13x molecular sieve, silica gel, and activated alumina to gain a series of composite adsorbents with good performance that higher adsorption capacity and lower regeneration temperature and suitable for adsorption refrigeration systems that can be driven by low - grade thermal energy

    首次將堿土金屬化合物及其鹽類與傳統吸附材料13x分子篩、硅膠和活性氧化鋁等復合，制取具有較高吸附量和較低再生溫度的適合於以低溫熱能驅動的吸附製冷過程的一系列優良復合吸附劑。分別在自製的吸附製冷、除濕製冷模擬實驗裝置上，測得該系列復合吸附劑與水和乙醇組成的吸附製冷工質對的吸附製冷性能以及除濕製冷性能均優于傳統吸附劑（ 13x ，硅膠和活性炭） 。
  6. The calculation method of technical parameters of maximum output power, the short time power and continued power ( equivalent heating ) in electric braking are derived from analyzing the relationship of maximum regenerative power with resistance value of ground absorption equipment, model of traction power supply, train circuit and network voltage drop while performing electric braking

    通過分析列車電制動時的最大再生功率與電阻吸收裝置的電阻值、電制動時刻牽引供電系統的模型、列車電流、網壓降之間的關系，導出了列車電制動時最大輸出功率、地面電阻吸收裝置的短時功率和持續（等效發熱）功率等技術參數的計算方法。
  7. There are many plants that have the character of time - varying, large delay, large inertia in the process of production of modern power station such as the superheated steam temperature, the reheated steam temperature, the water treatment of boiler and the load regulation. some of them have the strong character of nonlinear and some of them are multivariable coupling systems it is very difficult to obtain good effect of control by conventional pid control. it is necessary to set up the mathematics models of controlled plants if applying control means of modern control theory such as self - adaptive control, optimal control ， decoupling control and predictive control. and these control systems have large calculation and bad character of real time in general. these disadvantages make them be not able to meet the need of real production process and limit the application of them in modern power station. now the generator units are developing towards large capacity and high parameters. many new kinds of generating electricity means are coming into being. the characers of production units of power station become more and more complex but the demand to quality of control becomes more and more strict. the new control means are in bad need to control them effectively

    現代電站的生產過程中存在過熱汽溫、再熱汽溫、鍋爐水處理、負荷調節等許多大遲延、大滯后、特性時變的對象，它們中有些還是具有強非線性特性的對象或多變量耦合系統，採用常規的pid控制手段很難取得良好的控制效果。若應用現代控制理論中的自適應控制、最優控制、解耦控制、預測控制等控制手段，則需要建立被控對象的數學模型，而且往往控制系統的計算量大、實時性差。這些缺點使其很難滿足實際生產過程的需要從而極大地限制了其在現代電站中的應用。
  8. Results show that the interdecadal anomalies are more significant in the variance of the system anomaly in the north pacific ( np ), and the interannual and interdecadal anomalies are about equivaleut in the tropical pacific ( tp ) ; the interdecadal change characters of the surface ( shallow ) layer of the ocean and the atmosphere aloft are unanimous in the same season and region, and their transition from a low mode to a high mode both occurred from the end of 1970s to the beginning of 1980s, with an exception for july in the np, which is related to the stability of the stratification of sea temperature within the sub - surface layer ; the interannual scale air - sea anomalies are associated with enso, is most typical for january, then july in the tp, followed by january in the np, and there is no visible relationship for july in the np

    在海氣系統異常的方差構成中，北太平洋區域以年代際異常為主，熱帶太平洋區域年際和年代際異常相當；表（淺）層海洋與大氣的年代際變化特徵對同一季節、區域是一致的，且20世紀70年代後期到80年代初均發生由低模態向高模態的轉變；北太平洋區域的7月與此不同，這與該季節近表層海溫層結穩定有關；年際尺度的海、氣異常與enso有關，且以熱帶太平洋區域1月最典型， 7月次之，北太平洋區域1月再次之， 7月無明顯關系。
  9. Why hot water recirculation has been virtually impossible for existing homes

    為什麼在已裝飾好的住宅內不能安裝生活熱水再循環系統
  10. In this paper a perfect and flexible experimental system of low nox combustion is established firstly. the influences of the temperature of combustion, the air excess coefficient, a certain amount of vapor added in advance, the temperature of preheated air, adding microwave into gas before combustion, gas recycling combustion and the mode of combustion ( diffused and premixed ) on nox emission are analyzed respectively. the combustion of liquid petroleum gas is simulated with phoenics 3. 5

    首先建立了完善靈活的低no _ x燃燒實驗系統，在實驗系統上完成了燃燒溫度、過量空氣系數、預先加入一定量的水蒸汽、空氣預熱溫度、對燃氣預先進行微波處理、煙氣再循環燃燒以及燃燒方式（擴散式與預混式）對no _ x生成的影響分析；採用phoenics3 . 5軟體進行了液化石油氣燃燒的數值模擬。
  11. These include an energy star reflective roof to reduce heat gain and lower air conditioning requirements ; reclaimed water used for landscaping ; and an intelligent lighting system that makes greater use of natural light

    其中包括能源之星反光的屋頂，以減少熱量增益，降低空調的要求;再生水用於綠化;而智能照明系統，更大程度地利用自然光線
  12. Cooper standard automotive, a multi - national comp - any whose business covers sealing systems, nvh ( noise, vibration and harshness ) control systems, and fluid handing systems ( brake pipe, brake & fuel bundles fuel lines power steering assemblies, heating and cooling, emission control, and others with all the advanced production equipments as well as research facilities

    庫博汽車配件有限公司是一家國際性的汽車配件生產型公司，在全球均設有同汽車配件相關的生產及科研設施，涵蓋的產品包括密封系統、減震系統、流涕承載系統（剎車管路、燃油管路、動力轉向系統、加熱冷卻系統、廢氣再循環等系統） 。
  13. Our company is engaged in the exploitation and production of distillation system including all packing towers, packing, re - distributors, tower internals and some auxiliary devices such as heat - exchangers

    生產經營專門從事經營，開發蒸餾塔系統各種填料塔塔填料收集再分佈器塔內件熱交換器等輔助設備。
  14. This product can remove cooling membrane of recycling resin bonded sand, metal granule, take off membrane ; if temperature of recycling sand is lower than stated temperature, hot water circulating system can be used to raise temperature of recycling sand

    該系列產品主要用於再生后的樹脂砂的冷卻除膜，同時具有去除金屬微粒脫膜除微分等功能若再生后的砂溫低於預定溫度時，選擇加熱水循環系統，也可達到升高再生砂溫至預定溫度的目的。
  15. Regenerator is a crucial component in the liquid desiccant air conditioning system

    摘要再生器是溶液除濕空調系統中的重要傳熱傳質部件。
  16. Optimizing method of lukehot regeneration adsorption compressed air purification system

    微熱再生吸附式壓縮空氣凈化系統的優化方法
  17. We combined the cvd technique with the pecvd technique by adding a dc or rf electric field to the reacting region of cvd device, and improved the inputting method of reaction gases, then had executed a diamond film growth system. the advantages of our system are : ( 1 ) reaction power, which can enhance the density of the plasma in the reacting region, is supplied with the heat filament and the dc electric field, or with the heat filament and the rf electric field both of them can be controlled precisely and they are complementary to each other

    將熱絲cvd技術與pecvd技術相結合，在薄膜的成核和生長階段分別給反應區再施加一個直流和射頻電場，同時改進反應氣體的進氣方式，製成具有下列兩大特點的金剛石薄膜生長系統： （ 1 ）反應功率由熱絲和直流電場或熱絲和射頻電場共同提供，兩者互相補充，可精確控制，大大提高了反應區的等離子體密度； （ 2 ）能精確控制反應氣體的分佈、流量及流速。
  18. The new way of solar energy utilization in integration with the efhat system is a new hybridization of solar energy and fossil fuel. because its performance is superior to traditional ways of hybridizations about solar energy utilization under the same conditions, it is a promising direction for integration utilization of solar energy and clean use of coal

    此外，本文還把太陽能作為一種低溫熱源考慮，通過低溫利用集成系統，提出太陽能與煤結合的新方式，並進行理論上的探索研究，為化石燃料和可再生能源的多能源綜合互補利用提出了一種新的有益嘗試。
  19. The break was assumed to be a single tube double - ended and three - tube double - ended shear break. the diameter of the break orifice is 0. 876mm and 1. 518mm respectively. the characteristic responses of main thermal - hydraulic parameters, such as primary pressure, secondary pressure, break flow rate, pressurizer level, secondary side level of steam generator and so on, were presented in this thesis

    試驗再現了核電廠蒸汽發生器單根傳熱管雙端斷裂事故和三根傳熱管雙端斷裂事故發生后的熱工水力現象，給出了事故過程中一次系統壓力、二次系統壓力、破口流量、蒸汽發生器二次側水位、穩壓器水位、元件表面溫度等主要參數的瞬態響應。
  20. Based on the introduction of new heat exchangers, we construct heat collection and recovery systems adjusted to match the needs of specific facilities and install them personally

    以最新採用的熱交換器為基礎，針對各種品牌構建適用的廢熱回收再生系統，並進行實際設置安裝。
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