1.this paper investigates and analyzes the actual "three wastes" pollution sources of octanol and isobutyl aldehyde plant, and puts forward the corresponding control measures to be adopted.
前言:对辛醇和异丁醛装置“三废”污染源现状进行调查和分析,提出并采取了相应的控制对策。
2.the synergism between mibk and 2-octanol has been compared.
比较了在辛醇- 2中游加mibk产生的协同效应。
3.the supported copper and nickel catalysts are applied to preparation of purified octanol 2 by using hydrogenation reduction.
以负载型铜、镍催化剂为加氢催化剂,液相加氢还原粗仲辛醇中的2辛酮制备高纯度仲辛醇。
4.to develop a practical process for(r)-2-octanol production from racemic 2-octanol, a two step microbial reaction was investigated.
建立了一种新的制备手性2-辛醇的方法——双菌氧化还原耦联转化外消旋2-辛醇制备(r)-2-辛醇。
5.the application status of nch6-2 type catalyst for producing octanol by gas hydrogenation of 2-ethylhexenal in industrial side-device is introduced.
介绍了nch6 2型辛烯醛气相加氢制2 乙基己醇催化剂在工业侧流装置中的使用情况。
6.the esterified white carbon has been prepared by the reaction between the surface hydroxyl groups of white carbon and n-heptanol or n-octanol.
本文利用正庚醇或正辛醇与白炭黑表面羟基反应制备了酯化白炭黑。
7.the relative slope of mononuclear aromatics in soil matrix negatively correlates to the boiling point of the compounds and the partition coefficient between octanol and water.
单环芳烃在土壤基质中相对斜率的大小与化合物本身的沸点以及辛醇-水分配系数呈负相关。