acrolein信息详情
n.[有化]丙烯醛
acrogen───n.[植]顶生植物
acrolect───n.上层方言；上层社会语言
crocein───n.红色或橘红色染料；藏花精
acroterion───山墙顶饰
acrogenic───顶生的
acrolects───n.上层方言；上层社会语言
acroteria───n.山花雕像座；（希腊）建筑物顶部雕塑像的底座
scrolling───n.卷动；v.卷动（scroll的现在分词）
Carolean───adj.英国查理一世或二世的；n.查理一世或二世时代的人
The result shows that for catalyst CT-4A acrolein is a middle product and acrylonitrile, acetonitrile, carbon dioxide and carbon monoxide could be treated as parallel products.───实验结果表明，在CT-4A催化剂上，丙烯醛为反应过程的中间产物，丙烯腈、乙腈、一氧化碳、二氧化碳等均为丙烯氨氧化的平行产物；
acrolein selectivity of this catalyst was improved by continuous use in the catalytic oxidation for making the particle size of the dispersed bismuth molybdate larger.───在催化氧化环境中连续使用的钼酸铋粒径会越来越长，对丙烯醛的选择性会相应提高。
However, due to the chemical stability of propane and the activity of acrolein, this reaction required a multiple functional catalyst and no great progress was made in this field.───但由于丙烷的稳定性和丙烯醛的活泼性，该反应对催化剂的要求苛刻，有关的研究并未取得重大的突破。
Acrolein compounded by the reaction of glycerin and vitriol is an early way used in the laboratory widely.───由甘油与硫酸作用制备丙烯醛，是早期广泛用于实验室的制备方法。
The highly dispersed bismuth molybdate catalysts on silica were found to be intrinsically active but poorly selective to acrolein.───发现分散的钼酸铋在硅衬底上对丙烯醛有活性但有较差的选择性。
The inventive method enables the use, in part, of renewable raw material, while increasing acrolein production.───本发明方法可以部分使用可再生原料，从而提高丙烯醛的产量。
This behavior of acrolein is not very surprising as we found similar conversions with the much more stable acetone on H-mordenite [2].───此行为丙烯醛是不是很奇异，本人们发现了相似的与对H更稳定丙酮转换型丝光沸石[2]。
Acrolein, crotonaldehyde, and furfural could not be classified.───丙烯醛，丁烯醛，糠醛和无法被归类。
Their catalytic behavior was investigated in the oxidation of propene to acrolein.───通过丙烯转化为丙烯醛的氧化反应来研究他们的催化行为。
Acrolein, crotonaldehyde, and furfural could not be classified.
This paper is about the acrolein compounded by the action of bisulfate-kalium in ofder to overcome the phenomenon and enhance the rate of production.
Experimental results showed that the hydration of acrolein possessed the characteristic of consecutive irreversible first - order reaction.
Acrolein is an important intermediate for the synthesis of methionine and 1, 3-propanediol et al.
The selective oxidation of propane to acrolein is an important reaction for the utilization of light alkanes.
The routes from EO and acrolein are compared in technology and economy .
The special interest devoted to acrolein arises from the fact thatthe shortest unsaturated aliphatic aldehyde.
Results Acrolein could cause DNA strand breakage but not cause DNA, DNA, DNA, protein crosslinks of lymphocytes of human peripheral blood.
The poor acrolein selectivity of this catalyst was improved by continuous use in the catalytic oxidation for making the particle size of the dispersed bismuth molybdate larger.