amorphous catalyst 中文意思是什麼

amorphous catalyst 解釋
無定形催化劑
  • amorphous : 玻璃態的
  • catalyst : n. 【化學】觸媒，催化劑，接觸劑〈又作 catalytic agent〉；〈比喻〉觸發因素，〈口語〉（善用熱情、言語等打動他人的）有感染力的人。
  1. The most widely used techniques for the preparation of amorphous alloy catalyst are classified into rapid quenching method, chemical reduction method and impregnation - chemical reduction method

    通過驟冷法、化學還原法、浸漬還原法可以得到滿足不同催化反應需要的非晶態合金催化劑，並可以通過制備條件的變化調變催化劑的性能。
  2. The temperature from amorphous to crystal of tungsten oxide sol - gel films with catalyst is increased and the reason is in studying. as results of tunnel scan - afm, both pt sputtered tungsten oxide films and pt sputtered tungsten oxide sol - gel films there is distinct and out - of - order parallel line structure on the surface of amorphous. molecules of the sample tend to tetrahedron and the former has more planarer structure

    隧道-原子力顯微鏡測試結果表明:非晶態時，磁控濺射摻鉑薄膜樣品表面和溶膠凝膠摻鉑樣品表面都有明顯的平行線狀結構，長程無序，分子趨於四面體結構，只是前者比後者表面較平整;晶態時，磁控摻鉑樣品在自然生長面上原子呈平面分佈，長程有序，溶膠摻鉑樣品則呈wo6面心結構。
  3. Research on decomposition of phosphine to high pure phosphorus using co - p amorphous alloy as catalyst

    非晶合金催化分解磷化氫制高純磷的研究
  4. The degree of graphitization and diameter of cnts increased with elevated temperature, which showed that high temperature improved the catalysis of catalyst, and was attributed to uniform arrangement of atomic carbon, and hindered amorphous carbon

    隨著生長溫度的升高，催化劑的活性提高，有利於碳的有序排列，生長的碳納米管直徑增大。氨氣對納米碳管的定向排列影響顯著，而氫氣、氮氣則無影響。
  5. A detailed discussion of amorphous alloy catalyst in hydrogenation of unsaturated compound is presented

    對于非晶態合金催化劑在含有不飽和基團化合物加氫反應中的研究、應用進行了闡述。
  6. The possibility of its applications has been investigated and a brief introduction of amorphous alloy catalyst in hydrogenation of unsaturated compounds are proposed

    對負載型非晶態合金催化別用於含不飽和基團化合物的加氫性能作了較為詳細的闡述。
  7. At lower growth temperature, the lower extracting rate of carbon atoms from catalyst particles due to the lower activity of the catalysts resulted in more defects formed in carbon nanotubes. moreover, the lower transportation rate of carbon atoms in catalyst particles also made lots of carbon atoms deposited on the surfaces of grown carbon nanotubes, or on carbon wrapped catalyst particles, even to form amorphous carbon layers

    在較低溫度時，由於催化劑的活性較低，導致石墨面在生長過程中引入的缺陷較多；另一方面，碳原子在催化劑顆粒內遷移速率較低，使得多餘的游離態碳原子（或原子團）可能在納米碳管表面以非晶形式沉積，或者包覆催化劑使其「中毒」失去催化活性，或者直接形成非晶的碳納米顆粒。
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