nanophase 中文意思是什麼

nanophase 解釋
納米相
  1. In this article, the bellcore method was used to prepare polymer electrolyte membrane based on pvdf - hfp, and polymer electrolyte membranes under different conditions were prepared by changing sorts of solvents 、 ratio of dbp and solvent. effects of ratio of plasticizer and solvent on the liquid uptake 、 sem 、 mechanism capability 、 ionic conductivity 、 electrochemical stability window of polymer electrolyte membrane were also studied. through optimizing the preparation technics, the integrated effects of additives such as pc 、 ec 、 dbp and nanophase al2o3 on the ionic conductivity 、 liquid uptake were studied

    本文以聚偏氟乙烯-六氟丙烯共聚物pvdf - hfp為基質，採用bellcore制膜法制備了pvdf - hfp聚合物電解質膜，通過改變增塑劑dbp的含量、溶劑的種類及溶劑的含量制備了不同條件下的聚合物電解質膜，分別研究了增塑劑含量、溶劑含量等對聚合物電解質膜的吸液率、表面形貌、機械性能、離子電導率、電化學穩定窗口等的影響;對制備工藝進行了優化，研究了各種添加劑如pc 、 ec 、 dbp及納米al2o3對聚合物電解質膜的離子電導率、吸液率等性能的綜合影響。
  2. The hydrolysis reaction of tetrabutyl titanate in adsorption was special because the reactor was nanophase, the mechanics of hydrolysis reaction had three characteristics : ( 1 ) the hydrolysis reaction rate of tetrabutyl titanate was small ; ( 2 ) the hydrolysis reaction in adsorption layer had three process, the influence of temperature on the last two process was small and different ; ( 3 ) the diffusion rate was the most insensitive to temperature

    吸附相反應技術中使用的反應器是納米級的吸附層，因而吸附層中的鈦酸丁酯水解反應也與傳統的液相法有著不同的機理：水解反應的速率較小；吸附層的鈦酸丁酯水解反應分成三個階段，后兩個反應對溫度都不敏感且敏感性也不同；擴散速率對溫度的敏感性最小。
  3. Raw and auxiliary materials : iron powder, copper powder, tungsten powder, tungsten - carbide powder, stainless ( high - speed ) steel powder, magnetic material, ceramic material, nanophase material and other metal powders and alloy powders

    原輔材料類：鐵粉、銅粉、鎢粉、碳化鎢粉、不銹（高速）鋼粉、磁性材料、陶瓷材料和鈉米材料及其它元素金屬粉末及合金牌號的粉末等。
  4. Experimental study on the osteointegration of nanophase hydroxyapatite biograde - coated implants

    納米級羥基磷灰石梯度塗層植入體骨結合的研究
  5. Progress in nanophase tin oxide gas sensors and gas - sensitive array

    納米氧化錫氣敏材料及其傳感器陣列的研究進展
  6. Experimental study on the biological response of nanophase hydroxyapatite biograde - coated implants

    納米級羥基磷灰石梯度塗層植入體的生物反應
  7. And the linear viscoelastic behavior, steady rheological behavior and the formation / evolvement of particles net structure for molten nanocomposites were studied using an advanced rheometric expansion system ( ares ) and capillary rheometry. it is believed that the melt intercalation is a more efficient processing for formation of nanophase in polymer - layered silicates hybrids

    用高級流變擴展系統（ ares ）及毛細管流變儀對復合體系熔體的線性粘彈行為、穩態剪切流變行為進行了表徵，並對熔體粒子網路結構的形成與演化作了較系統的研究。
  8. Study on the crystallization of al91ni7y2 nanophase - amorphous composite

    2納米非晶復合材料晶化的研究
  9. Preparation of nanofluids is the first key step in applying nanophase particles to heat transfer enhancement

    納米流體的制備是應用納米粒子以增強液體工質傳熱性能的關鍵一步。
  10. Finally the conclusion was that the best material was nanophase manganese oxide synthesized with solid - phase reaction. the best electrolyte was potassium hydroxide with the concentration of 1mol / l

    最終發現固相合成法制備的二氧化錳是其中最優的準電容材料，在1mol l的氫氧化鉀溶液中性能最優。
  11. This paper presents a preparation method of nanofluids by directly mixing nanophase powders and base fluids. some auxiliary dispersants are necessary to obtain the even distributed and stabilized suspensions

    本文通過將納米粒子與液體直接混合，綜合採用添加分散劑及超聲振動的方法制備了幾種納米流體。
  12. In addition, the tendency of nanopowder ' s applications in eight fields was also outlooked. looking ahead, major innovation can be expected in the preparation of high performance nanophase coatings and consolidate parts

    另外，我們也對納米材料在催化、陶瓷、石油化工等八個方向的應用做了簡要的介紹。
  13. Nano - materials have many novel and unique properties with ultrafine grains which are no more than 100nm. interest is increasing in the physical properties of nanophase materials because of their potential applications

    納米材料是指晶粒尺寸在100nm之內的材料，具有奇異的結構和獨特的性能，帶動了材料、電子、機械、物理等學科的發展，被稱為21世紀的材料新星。
  14. They are so called " a future star of materials in 21st century ". the ability to create nanophase materials has developed rapidly over the past decade, but how to apply nano - materials is on theory investigation and application grope

    納米材料的制備技術有些已經很成熟，但大規模應用問題至今也沒有能夠很好解決，還處于理論的探討和實踐的摸索之中，成為目前面臨的主要問題。
  15. To some extent, the study was beneficial for developing the syntheses technology of srceo3 powder, understanding the basic theory concerned with the preparation of composite oxide with nanoscopic size, and the special functions possessed by nanophase materials

    本論文的研究結果對擴展srceo3粉體的制備方法，深入了解納米復合氧化物制備的基礎理論以及納米粒子的特殊性能等，都有一定意義。
  16. A new preparation method of nanocompsites via nanophase reactor, called adsorption phase reactor technology, was presented. the principle and characteristic of this technology was represented combined with literatures. the literatures were generalized and the researches at present were illustrated with examples

    論文中著重介紹了利用納米反應器制備納米復合材料的新方法? ?吸附相反應技術，結合現有的文獻闡述吸附相反應技術的機理和特點，列舉了目前的研究進展，對文獻進行了總結說明。
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