熱電材料 的英文怎麼說

中文拼音 [rèdiàncáiliào]
熱電材料 英文
thermoelectric material
  • 電 : Ⅰ名詞1 （有電荷存在和電荷變化的現象） electricity 2 （電報） telegram; cable Ⅱ動詞1 （觸電） give...
  • 材 : 名詞1 （木料） timber 2 （泛指可以直接製成成品的東西; 材料） material 3 （供寫作或參考的資料） ma...
  • 料 : 名詞1 （材料; 原料） material; stuff 2 （喂牲口用的穀物） feed; fodder 3 （料器） glassware 4 （...
  • 材料 : 1. （原料） material 2. （資料） data; material 3. （適于做某種事的人才） makings; stuff
  1. Research progress of cobaltite oxide thermoelectric materials

    鈷酸鹽類氧化物熱電材料的研究進展
  2. It was found experimentally that rapid solidification could speed up the peritectoid phase transformation from the metallic a - fe2sis and s - fesi to semiconducting p - fesj2

    提高- fesi _ 2相的轉變速度是- fesi _ 2基熱電材料制備技術的關鍵之一。實驗發現，快速凝固有助於加速-相轉變。
  3. Thermoelectric properties of p - type yyfexco4 - xsb

    填充方鈷礦類熱電材料的研究進展
  4. Recent development of skutterudite thermoelectric material

    熱電材料的最新研究進展
  5. Current status and development of thermoelectric materials

    熱電材料的研究現狀及發展
  6. Progress of semiconductor thermoelectric materials

    半導體熱電材料研究進展
  7. This paper have reviewed detailed the thermoelectricity, the history of thermoelectric materials and the current situation of mg2si based thermoelectric material

    本文首先對熱電現象、熱電材料的發展歷史以及mg _ 2si基熱電材料的研究進展作了比較詳細的綜述。
  8. Traditionally, the thermoelectric oxides can be prepared by solid state reaction method, but the whole process usually needs very long time, and it is easy to make the reactants become impure and inhomogenous during preparing the samples

    氧化物熱電材料的傳統制備方法是固相反應法，該方法耗時，球磨時易引入雜質，而且混合不均勻，不利於燒結，難以獲得性能優良的熱電材料。
  9. Fesi2 - based semiconductors have been studied due to its good performance, low cost and potential application in power generation using waste heat. state - of - the - art techniques such as levitation melting, rapid solidification and hot uniaxial pressing ( hup ) were used for sample preparation in the present work. the phase transformation, micro structure and transport properties of the materials have been analysed with xrd, sem / edx, raman spectroscopy as well as thermoelectric characterization

    在綜合評述國內外熱電材料研究新進展的基礎上，本文以懸浮熔煉、快速凝固和單軸熱壓等制備工藝為技術特徵，以mn或al摻雜fesi _ 2基合金為研究對象，採用xrd 、 sem / eds 、 raman光譜以及材料熱電性能測試等分析表徵手段，系統研究相變過程、微觀結構特徵及其對材料熱電性能的影響。
  10. The thermoelectric power outputs of laminated structures with various thermoelectric materials have been mathematically optimized and experimentally measured. some conclusions have been drawn in the present work as follows : 1. the performance, microstructures and the failure mechanism of laminated bi2te3 / fesi2 prepared by dip coating using tin - based alloys as bridge materials have been investigated

    本項研究獲得了以下主要成果： 1 、以sn基合金為焊接材料，採用熱浸焊技術制備了bi _ 2te _ 3 / fesi _ 2疊層熱電材料，並系統地分析研究了疊層熱電材料的性能，焊接過渡層的微觀組織結構以及過渡層在熱加工及模擬服役過程中的破壞機制。
  11. Based on nanometer powders, cajc cvbased oxides were synthesized by constant sintering, cold isostate pressure and hot pressure methods. it can be found that sintering methods have a great influence on thermoelectric performances : the sample synthesized by hot pressure method is most dense and has the best thermoelectric performances. the microstructures and thermoelectric properties of cascog - based oxides doped by four dopants have been investigated

    採用不同的后續工藝制備最終的熱電材料，研究不同工藝對熱電性能的影響發現：熱壓燒結制備出的熱電材料最緻密，其熱電性能也最好；先冷等靜壓成型后常壓燒結方法次之；直接常壓燒結法燒出的樣品氣孔最多，性能也最差。
  12. Recent development of thermoelectric materials

    熱電材料的研究進展
  13. Solid fabrication and analysis of ca3co4o9 thermoelectric material

    9熱電材料的固相制備及其分析
  14. The latest development of filled skutterudite thermoelectric material

    方鈷礦熱電材料的研究進展
  15. High - press preparation and thermoelectric properties of bi0. 90sb0

    10熱電材料高壓制備及性能研究
  16. Progress in research on functionally graded thermoelectric materials

    梯度結構熱電材料的研究動態
  17. Testing method for fine ceramics thermoelectric materials part 1 : thermoelectric power

    細陶瓷熱電材料的試驗方法.第1部分:溫差電勢率
  18. The introduction of functionally graded materials in the research course of thermoelectrics can greatly improve the optimal temperature range of thermoelectric materials and conversion efficiency of a thermoelectric device

    在熱電材料研究的過程中，梯度材料概念的引入可以使熱電材料的性能與使用溫度得到最佳匹配，同時，可望使熱電系統的轉換效率得到大幅度提高。
  19. The thermoelectric phenomena, the history and the recent development progress of thermoelectric materials were reviewed in detailed at first

    本文首先對熱電現象、熱電材料的發展歷史、熱電材料的研究進展作了比較詳細的綜述。
  20. As a type of potentially good thermoelectric materials, cosb3 compounds with the skutterudite crystal structure mx3 have attracted attention widely, because of their high carrier mobility, large electrical conductivities, and large seebeck coefficients. however, the thermal conductivity of skutterudite is too large, so, zt is low. therefore reducing the thermal conductivity of cosb3 has becomed a main research way at present

    Cosb _ 3方鈷礦化合物作為一種具有潛在高熱電性能指數的新型中溫熱電材料具有大的載流子移動度、高的電導率和較大的seebeck系數，但由於熱導率較大，因此要提高cosb _ 3方鈷礦化合物的熱電性能，降低其熱導率是當前研究的熱點之一。
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