catalyst loading 中文意思是什麼

catalyst loading 解釋
催化劑裝載
  • 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。
  • loading : n. 1. 裝貨。2. 裝載量;重量;載荷;(船隻等的)貨載。 3. 填充物,填料。4. 額外人壽保險。
  1. The experimental results demonstrate that the suitable mea hot - pressing temperature and pressure are 120 and 15. 5mpa, respectively. the optimum catalyst loading in anode is 4 mg pt / cm2, and the best contents of nafion ionomer in anode and cathode layer are 45wt % and 35. 3wt %, respectively

    實驗結果顯示,制備膜電極時最佳的熱壓溫度和壓力分別為120和15 . 5mpa ;陽極催化劑的適宜載量為4mgpt / cm2 ;陽極和陰極催化劑層的nafion最優含量分別為45 . 0wt %和35 . 3wt % 。
  2. The effects of nabr loading, reaction temperature and contact time on the catalytic behaviors of nabr - promoted kzsm - 5 zeolite for the oxidative methylation of toluene were investigated systematically. it was found that the kzsm - 5 zeolite catalyst promoted with proper nabr loading was a very effective catalyst for the omt. the optimum conditions for the omt were found. the structure of catalysts have been characterized by xrd and framework ir. it was found that kzsm - 5 zeolite exhibited excellent catalytic activity for the omt and heat stability

    化合物的選擇性及st eb值等方面的影響進行了系統的考察,發現nabr kzsm - 5催化劑對omt反應活性較高,適當的nabr負載量能提高omt反應活性,並能獲得苯乙烯含量很高的c
  3. The loading and running of primary reforming catalyst z111 - 4ya in the 0. 45mt / y ammonia plant of china national offshore oil corp chemical ltd ( cnoocc ) were analyzed according to the primary reformer process and design basis, and the operating and managing experiences of the catalyst were summarized

    摘要本文根據中國海洋石油化學有限公司45萬噸合成氨裝置一段爐工藝流程及設計基礎,對z111 - 4ya一段轉化催化劑裝填及催化劑運行進行了分析,總結催化劑運行管理經驗。
  4. Loading patterns of catalyst in carrier are discussed. two loading patterns, which cost are lower and can largely improve conversion characteristics of catalytic conyerter during warm - up period, are put forward

    探討了催化劑在載體內部的擔載模式,提出了兩種成本較低,但可大幅度改善催化裝化裝置溫升過程中催化轉化性能的催化劑擔載模式。
  5. Novel synthesis and microcalorimetric study on loading solid base catalyst - k2o - al2o

    3的新型合成法及微量吸附量熱研究
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