非催化氫化 的英文怎麼說
中文拼音 [fēicuīhuàqīnghuà]
非催化氫化
英文
non-catalytic hydrogenation-
Layered and pillared material are a kind of multifunctional material which were developed in recent years, much attention has been paid to this kind of material for its application in ion - exchange catalysts solid state proton conductivity, nonlinear optics and physic. a lot of literature have reported the intercalation behavior of a - zirconium phosphate ( abbreviated as a - zrp ), different guest molecules inserted into a - zrp have been studied in detail, those guest molecules include amine, alcohok amino acid protein, enzyme coornadiate compound and coronal compound. the intercalation guest is restricted by their size and basicity
層柱材料是近年來發展起來的一類多功能材料,由於其在離子交換、催化、固態質子導體、非線性光學以及醫學等方面的廣泛應用而受到國內外研究者的重視,大量文獻報道了-磷酸氫鋯zr ( hpo _ 4 ) _ 2 ? h _ 2o ( - zirconiumphosphate ,縮寫為- zrp )的超分子插層化合物及插層性能,其中對不同的客體分子對磷酸鋯的嵌入做了詳細的報道,客體分子的種類包括氨、醇、氨基酸、蛋白質、酶、配合物、冠狀化合物等。Abstract : after reforming circulating hydrogen compressor put intooperation, the sealing oil was leaked always to the system, and it menaced the safe operation of platforming catalyst. finally the non - contact type mechanical sealing was adopted, so the problems were solved
文摘:重整循環氫壓縮機組開車后,密封油一直向系統竄油,嚴重威脅鉑重整催化劑安全使用,最後改為非接觸式機械密封,問題得以解決。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This technology is very useful for decreasing the time of hydrogenation catalyst presulfurization and the equipment eroding as well as pollution
該工藝對縮短加氫催化劑的預硫化時間,減少調備腐蝕和環境污染,具有非常積極的意義。Catalysts were prepared by impregnation reduction, thermal reduction, advanced thermal reduction and sol - gel methods from these metals. electrochemistry measurements, xrd, tem were used to test these catalysts. the results showed that these metals have some electrocatalysis activities towards hydrogen oxidation reaction
本文選擇了w 、 mo 、 co等金屬,採用浸漬還原法、熱還原法、改進的熱還原法以及溶膠凝膠法分別制備了這幾種金屬的碳載催化劑,對制備出的非貴金屬催化劑進行了電化學測試、 x -射線衍射( x - raydiffraction , xrd ) 、透射電子顯微鏡( transmissionelectronmicroscopy , tem )等測試,研究結果表明:這些非貴金屬在硫酸體系中對氫氣的氧化反應均有一定的催化活性。This paper focuses on recent progress of preparation of crystal alloy, nano - crystal alloy, amorphous alloy and composite electrode materials by the electrochemical method, and the mechanism of catalytic activity of hydrogen evolution reaction ( her ) is reviewed
介紹了採用電化學方法制備晶態合金、納米晶合金、非晶態合金及復合金屬等析氫電極材料的研究進展,並對電極催化析氫機理進行了概述。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。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。分享友人