hydrogen rich 中文意思是什麼

hydrogen rich 解釋
富氫的
  • hydrogen : n. 【化學】氫。
  • rich : adj 1 富有的,富裕的,有錢的。2 富於…的 (in); 豐富的,大量的 (in; with)。3 肥沃的,豐饒的;出...
  1. It can be concluded that there is close relationship between composition of hydrogen - rich maceral and hydrocarbon generating quantity, and esmocollonite pay more contribution to the hydrocarbon generating process

    結果表明:研究區的基質鏡質體早於樹皮體產生液態烴類,富氫顯微組分的含量與氫指數表現出很好的相關性;基質鏡質體是煤生烴作用的最大貢獻者。
  2. Based on the study of organic geochemistry and organic lithology, this paper mainly discussed the question of the hydrocarbon generating potential and contribution of hydrogen - rich maceral in liupanshui area, guizhou province

    從有機巖石學與有機地球化學角度研究烴源巖有機質成烴演化和生烴作用是油氣資源評價的一個重要方面。
  3. Abstract : based on the study of organic geochemistry and organic lithology, this paper mainly discussed the question of the hydrocarbon generating potential and contribution of hydrogen - rich maceral in liupanshui area, guizhou province

    文摘:從有機巖石學與有機地球化學角度研究烴源巖有機質成烴演化和生烴作用是油氣資源評價的一個重要方面。
  4. The main reason are as following : on one hand, the nd - rich phases in the hydrogen desorpted powders is so brittle that they are easily milled too fine and some are run off seriously, and then inducing low density. on the other hand, the alignment of the magnets prepared by hydrogen desorption are much low. so the hydrogen desorption process should be modified, and the solution methods can be the substitution of traditional ingots with strip cast, the enhancement of the alignment magnetic field and the addition of nd - rich phase or ( and ) lubricant before the press

    主要原因是hd磁粉中的富釹相較脆,在球磨時容易被磨成超細粉而造成過量流失和使磁體燒結不夠緻密;另外一個原因是hd法燒結磁體的易磁化軸的取向度較低,為了提高hd磁體的b _ r和( bh ) _ ( max )可對hd工藝進行改進,改進的方法可以是用鑄片代替鑄錠,提高成型磁場強度以及在磁粉成型前加富釹相和潤滑劑。
  5. Application of z417 / z418 reforming catalysts in the hydrogen production using coking rich gas as the feedstock was described

    摘要介紹了z417 / z418型轉化催化劑在焦化富氣制氫裝置中的使用情況。
  6. The remaining hydrogen - rich gas would be burned in a combined cycle plant to generate power [ see box on preceding page ]

    剩餘富含氫的氣體,則會在復合式循環設備中燃燒以產生電力(見第81頁抽取並封存二氧化碳) 。
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