熱電製冷 的英文怎麼說
中文拼音 [rèdiànzhìlěng]
熱電製冷
英文
thermoelectric refrigeration-
The lower part of the measuring cup houses a thermoelectric cooler.
量杯的下部有熱電製冷器。By develop the new type thermostat module which is specialized in the thermoelectrical hgcdte infrared sensor, i have studied some advanced temperature control technique and mapped out a scheme of fuzzy pid control
本課題通過開發專用於熱電製冷型hgcdte紅外探測器的新型溫度控制器模塊，深入研究了當前比較先進的控溫方法，設計了模糊pid控制的總體方案。By means of engineering examples, a comparison is made on the economy and environmental protection for four cooling and heat sources, including gas direct - fired machine, centralized heat - supply plus electric refrigerating, gas boiler plus electric refrigerating and air source heat pump plus gas peak - shaving boiler
通過工程實例，對以燃氣直燃機、集中供熱電製冷、燃氣鍋爐電製冷、空氣源熱泵燃氣調峰鍋爐4種冷熱源的經濟、環保性進行了比較。Until 1950 ’ s with the discovery of high performance materials, thermoelectric refrigeration technology began to be applied in engineering fields, but compared with other refrigeration technology such as mechanical refrigeration and absorbed refrigeration, its efficiency is lower, which limits its application and development in building environment refrigeration fields. however, thermoelectric refrigeration has many unique advantages, such as compact structure, no moving parts, no pollution, precise control
由於受材料優值系數仍然不夠理想的限制，其效率不及機械製冷或吸收式製冷等其他製冷形式，因而在建築環境製冷領域限制了這種技術的應用和發展，但熱電製冷仍然具有許多獨特的優越性:系統簡單、無機械傳動、無工質運行、調控簡單精確等等。On the basis of the analysis of fundamental principle of thermoelectric refrigeration, the steady state mathematical model of the thermoelectric system was founded. according to the model, the theoretical analysis and calculation are made on various working conditions, and analyzed theoretically the effects on thermoelectric system which caused by hot and cold temperature difference, the device ’ s effective system figure of merit, the properties of the heat changers, which established theoretical basic for the opening up and design of the thermoelectric system and its performance test
在分析熱電製冷基本原理的基礎上，建立了熱電裝置的穩態系統數學模型，並依據該模型對熱電裝置系統進行了不同的工作狀態下的熱力分析計算，並就熱電裝置的冷熱端溫差、電堆片的優值系數、散熱器的散熱性能與熱電熱泵裝置性能的影響進行了理論分析，為熱電裝置的開發設計和現有熱電裝置的性能測試建立計算理論基礎。Along with the ecological and energy - saving trend of construction development, diangong solar applies light - heat conversion technique to realize the integrated air conditioning system of water heating. heating and refrigerating. it co centralizes large area of solar heat collectors to heat water, uspplying families and units with consistent water supply. in winter, it uses the solar heated water to realize floor heating or fan heating, in summer, the heated water is used to refrigerate by the high - efficiency hot water refrigerating set solely developed by diangong. besides, the systemis equipped with assisting resources to form an integrated air conditioning system, which is efficient, safe, environmental, energy - saving and economic. by it, people can enjoy a natural and healthy life at home
電工太陽能順應生態節能建築發展潮流，以太陽能光熱轉化技術實現熱水/供暖/制準予一體化空調系統工程應用，採用大面積太陽能集熱器採集中高溫熱水，為家庭或單位用記提供全方位熱水供應，在冬季利用太陽能熱水進行地板或風機供暖，解決冬季取暖問題，在夏季利用太陽能熱水，通過電工獨立開發的商效能熱水製冷機組進行製冷，集成太陽能一體化空調系統，系統配備輔助能源，全天候自動運行，高效，安全、環保、節能、經濟，在家中享受陽光自然的舒適健康生活。An experimental setting of thermoelectric module which can simulate alterable work conditions in the cold and hot sides at the same time was designed. and the experiment research on the effect of the heat removal in the cold and hot sides was done
設計並建立了一臺可同時模擬冷、熱端變工況工作的熱電製冷實驗裝置，對冷、熱端傳熱狀況對製冷器性能的影響進行了實驗研究。Some novel results are obtained, which will not only provide some theoretical bases for the optimal design and performance improvement of real thermodynamic cyclic equipments such as ferroelectric refrigerators, magnetic refrigerators and gas heat engines but also promote the development of new fields such as gas refrigerators for ultra - low temperature applications, molecule refrigerators and laser refrigeration technologies
這些結論將對鐵電製冷機、磁製冷機、氣體熱機等實際的熱力學循環裝置的優化設計或性能改善提供理論指導，對極低溫下的氣體製冷機、分子製冷機和激光製冷技術等新領域也將所啟發和促進。The optimal performance state ' s parameter of thermoelectric refrigerator under different work conditions was obtained on the assumption that the temperature in the cold side is invariable. and, the optimal performance state ' s parameter of thermoelectric refrigerator under the third kind boundary conditions was also obtained. the transmission of heat differential equation for the heat conduction process of thermoelectric module was derived and the solution with the first kind boundary conditions under the influence of thomson effect and the solution with the third kind boundary conditions without the influence of thomson effect was obtained
在假設熱電製冷的熱端溫度固定的條件下，得出熱電製冷器在不同工況下的最佳工作參數並進一步求得在三類邊界條件下的最佳工作參數;導出了電偶臂在電與熱的偶合作用下傳熱微分方程，並對其進行解析求解:在考慮湯姆遜效應的影響下得出一類跟三類邊界條件下傳熱方程的解析解，在忽略湯姆遜效應的影響下得出二類跟三類相的邊界條件下傳熱方程的解析解。And the influence of the heat removal in the cold and hot sides and electric current and some other factors which affect the cooling performance of thermoelectric refrigerator was also discussed by numerical calculation. furthermore, the influence of thomson effect on the performance of thermoelectric refrigerator in different refrigerating capacity and electric current was analyzed. and the work parameter of thermoelectric refrigerator was pointed out under the conditions that whether or not considering the influence of thomson effect
通過數值計算詳細討論了穩態條件下冷、熱端傳熱系數及電流等因素對熱電製冷器製冷性能的影響，分析了在不同製冷量和不同工作電流下湯姆遜效應對溫度場的影響，指出了設計中是否要考慮湯姆遜效應的工況條件。Thermoelectric cooling unit
熱電製冷裝置In the present dissertation, the optimal performance state ' s parameter of thermoelectric refrigerator and the influences of some factors are studied
本文對熱電製冷器的最佳工作狀態參數及有關因素的影響進行了較系統的研究。The influence of ambient temperature on the performance of refrigeration system are investigated, which can provide basis for further research, meanwhile, the corresponding changing curves are provided
對有無負載的情況，分別研究了環境溫度變化對熱電製冷系統性能的影響，並給出了變化曲線，為深入研究和應用熱電製冷器打下了基礎。Research on dynamic characteristics and control strategy on the thermoelectric refrigeration is very significant for the optimization design of refrigeration system and device and realize the advantage of thermoelectric refrigerators
熱電製冷系統的動態特性和控制方法研究對製冷系統的優化設計，更好地發揮熱電製冷器的優勢具有重要意義。In the present paper, according to the characteristics of the dynamic running of the thermoelectric refrigerating devices and its components for the refrigerator is analyzed and the independent components " models are established. the entire model describing the working procedure of the refrigerating system is set up with the method of parameters coupling to combine the models of the refrigerating system, load, cabinet and air in the cabinet. the running characteristics of thermoelectric refrigerators on the effects of received current, load and ambient temperature are investigated using small - signal linearization method
本文根據熱電製冷系統動態運行的特點，分析了電冰箱製冷系統及各個部件的熱物理過程，運用參數耦合的方法把製冷系統、負載、箱體及箱內空氣模型有機地結合在一起，建立了完整的製冷系統工作過程模型，用小階躍信號線性化法分析了電流、負載功率和環境溫度波動共同作用下的熱電製冷器工作特性。The mathematical and physical dynamic models are given based on the adsorbent theory of porous medium. its running and parameters affecting its performance are numerically studied and the method that control the water content in the absorbent bed is recommended. the improvement on system configuration to recover heat is discussed and the operation scheme is given
利用多孔介質吸附模型和平衡吸附壓力的概念建立了該系統工作過程的物理數學模型，數值模擬的方法模擬了其工作過程和影響因素，提出了控制吸附床含濕量的方案，驗證了改進流程回收能量的可行性並給出了操作方案，提出並分析了用熱電製冷器回收水蒸氣潛熱節約電能的方法。Characteristics of piezoelectric loudspeakers in high frequency thermoacoustic refrigerator
高頻熱聲製冷機中的壓電喇叭特性So in some special refrigeration condition, it can ’ t be substituted by other refrigeration technology
隨著科學技術的發展，熱電製冷（熱）日益受到重視。With the development of this technology, thermoelectric refrigeration has been regarded and applied in many fields gradually. in recent years, room air conditionings get large popularity
這一宏觀背景為熱電製冷應用提供了新的發展機遇和動力，應用領域不斷向廣度和深度拓展。Air conditioners, liquid chilling packages and heat pumps with electrically driven compressors for space heating and cooling - part 4 : requirements
用於空間加熱和製冷的帶電驅動壓縮機的空調液體製冷包裝件和熱泵.第4部分:要求分享友人