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。
The quantity addition of octanol is 0.30% quantity of water-glass.
正辛醇的加入量是水玻璃质量的0.30%。
Project Goal: Engineer a bacterium that can absorb electrical current and turn it into octanol.
项目目标：构建一种能将电能转化为化学能并生成辛醇的细菌。
It has been proved that it is feasible to treat octanol production wastewater with this process.
采用该工艺治理辛醇废碱液在工艺上是可行的。
The polymerization of isoprene with supported titanium catalyst modified by n-octanol was carried out.
用负载钛催化剂在加氢汽油溶剂中引发丁二烯配位聚合。
The results obtained show that secondary octanol is a very effective frother for graphite flotation compared with terpineol.
结果表明：石墨浮选时，仲辛醇是一种优于松醇油的高效起泡剂。
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。
New method named GC-K3 group contribution method for the esxtimation of the octanol-water of oxygenous compounds is presented.
提出了估算含氧化合物的正辛醇/水分配系数的基团贡献法———GC-K3基团贡献法。
Octanol was grafted onto fir powder using TDI as coupling agent, then its application in PP composite materials was investigated.
以甲苯二异氰酸酯（TDI）为偶联剂将正辛醇接枝到杉木粉表面，同时考察处理前后杉木粉填充PP复合材料的力学性能。
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。
Using octanol-aniline-water as experimental system, the mass transfer experiments was carried out by counter-currently recycling mode.
此外， 本文以正辛醇-苯胺-水为实验体系，在中空纤维膜器中进行了循环逆流传质实验。
FTIR result showed that it is the physisorption of the interaction among sodium sulfide, DDA and n-octanol with smithsonite's surface.
红外光谱研究表明，硫化钠、正辛醇、DDA与菱锌矿表面发生物理吸附。
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。
For a single absorption cycling, the additives 2-eh and 1-octanol with a suitable concentration range might enhance the heat and mass transfer.
对于单个气泡而言，在一定浓度范围内，添加剂正辛醇和异辛醇可以强化鼓泡吸收。
1-bromooctane was manufactured by n -octanol as material, and reacted with methyl o -hydroxybenzoate, the 4-octanoxy benzoic acid was obtained.
以正辛醇为原料，合成1-溴辛烷，并将1-溴辛烷与对羟基苯甲酸甲酯反应，然后水解，得到了4 -辛氧基苯甲酸。
The effect of condition of preparation on reaction rate was examined. The reaction between hexanol, octanol or dodecanol and glucose were studied.
研究了微胶囊制备条件对催化反应速度的影响，考察了己醇、辛醇及十二醇和葡萄糖之间的反应，反应速度随链长而降低。
Soxhlet extraction system and an-octanol-water extraction system were employed for speciation analysis and research of As and se in Chinese herbs.
并采用索氏提取技术和正辛醇-水萃取技术对砷、锑形态在中药中的分布特征进行了分析研究。
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。
The removal of strontium from HLW (high-level radioactive waste) with the extraction by dicyclohexano-18-crown-6 (DC18C6) in 1-octanol has been investigated.
报道了用二环己基18冠6（DC18C6）-正辛醇萃取法从模拟高放废液中去除锶的研究。
Abstract The extraction of americium, plutonium and uranium by dicyclohexano 18 crown 6(DCH18C6)/1 octanol from HNO 3 solution and simulated HLLW are studied.
摘要研究了二环己基18冠6（DCH18C6）-正辛醇从硝酸溶液和模拟高放废液中镅、钚、铀的萃取。
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。
N-octyl bromide was synthesized by hydrobromic method in which took n-octanol and industrial waste hydrobromic acid (48%) as materials, concentrated sulfuric acid as a catalyst.
本实验采用氢溴酸法，用浓硫酸作催化剂，以正辛醇、工业废氢溴酸(48%)及浓硫酸为原料，合成1 -溴代正辛烷。
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。
In the systems containing different metal salts, salinity width of the middle phase has been reduce obviously and the order of arrange has not been changed with addition of micron-octanol.
在不同金属盐体系中，微量正辛醇的加入能明显降低金属离子的中相盐宽，但不会改变中相盐宽的排列顺序。
In the systems containing different metal salts, salinity width of the middle phase has been reduce obviously and the order of arrange has not been changed with addition of micron-octanol.
在不同金属盐体系中，微量正辛醇的加入能明显降低金属离子的中相盐宽，但不会改变中相盐宽的排列顺序。
应用推荐