thermoelectric refrigeration 中文意思是什麼

thermoelectric refrigeration 解釋
熱電冷卻
  • thermoelectric : adj 【物理學】熱[溫差]電的。 a thermoelectric current 溫差電流,熱電流。 a thermoelectric pyromet...
  • refrigeration : n. 消熱,清涼;冷卻(法);冷藏(法),冰凍,致冷;致冷學。
  1. 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。
  2. Terms for thermoelectric refrigeration

    溫差電致冷名詞術語
  3. 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。
  4. 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。
  5. 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。
  6. Thermoelectric refrigeration system

    熱電式製冷系統
  7. Abstract : in order to protect environment, it is very important to explore anew refrigeration method. for its unique characteristic, thermoelectric refrigeration is applied in some conditions. numerical simulation has been developed for the air - cooled thermoelectric air - conditioner by experimental simulation on heat - insulating materials with different thickness, structure - shapes, work - conditions and air - flow capacities. the model and the method have been verified. the effects of the figure of merit of thermoelectric material and the heat transfer coefficient of cool / heat side on the performance of the air - conditioner are analyzed by the model

    文摘:建立了風冷熱電空調器數值模擬模型,對空調器進行了模擬計算.在對風冷熱電空調器研製的基礎上,進行了最佳隔熱層厚度、不同結構形式、變工況、變風量和復現性實驗,驗證了模擬程序的可靠性,並應用模擬程序對熱電材料的優值系數和空調器冷、熱端的傳熱系數進行了分析
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