1) abnormal shape catalyst particles
异形催化剂颗粒
1.
The technology of making abnormal shape catalyst particles is recently developed mainly for the enhancement of their effectiveness factors with low pressure drops in fixed bed reactors.
研究了环形、车轮形及蜂窝形等异形催化剂颗粒的有效因子、固定床传热性能及其压降。
2) specialization of catalyst pellet shape
催化剂颗粒异形化
3) pelletized catalyst
颗粒催化剂
1.
Ru/ZrO2-CeO2 pelletized catalysts were prepared adopting wet molding method, and the activity survey test of highly concentrated acetic acid and phenol was carried out with acetic acid and phenol as objective.
采用湿式成型法制备了Ru/ZrO2-CeO2颗粒催化剂,对乙酸和苯酚进行湿式氧化,研究反应条件对苯酚氧化过程中COD去除的影响,并对催化剂的稳定性进行评价。
4) catalyst particle
催化剂颗粒
1.
The consecutive diffusion reaction in porous catalyst particles is a very important kind of chemical reactions,such as hydrolysis,halogenating,and oxidizing reactions.
在多孔固体催化剂颗粒中的串连扩散反应是非常重要的一类化学反应 ,如水解反应 ,卤化反应和氧化反应等 。
2.
We have analyzed zere-order isothermal reactions within well-distributionand shell catalyst with one-dimension geometry symmetry model,and relationship of geometry shape effects on zere-order isothermal reactions in catalyst particles of two types ofactivity profiles has been obtained.
以理论分析为基础，采用一维几何对称模型对数种一维几何对称均匀型、薄壳型催化剂颗粒内的零级等温反应进行分析，从而得出了两种活性组份分布类型催化剂颗粒几何形状对粒内进行的零级等温反应的影响关系。
3.
and relationship of geometry shape effects on zero-order isothermal reactions in catalyst particles of two types of activity profiles has been obtained.
以理论分析为基础，对数种一维几何对称均匀型或薄壳型催化剂颗粒内的零级等温反应进行分析，在考虑外扩散影响的情况下，得出了两种类型催化剂颗粒的几何形状对粒内进行的零级等温反应的影响关系。
5) catalyst pellet
催化剂颗粒
1.
The concentration profile of reaction components in a porous catalyst pellet was calculated with orthogonal collocation,from which the efficiency factors of porous catalysts could be obtained.
采用正交配置法对多孔催化剂颗粒内反应物浓度分布进行了计算 ,在此基础上可以获得催化剂效率因子的值。
2.
The distribution of sulphur contents in the catalyst pellets were measured by chemical method.
由工业联醇合成塔内不同位置取出使用后的催化剂，对其硫含量进行化学分析，得到催化剂颗粒内硫的分布；分析中毒因素和原因，得到催化剂活性校正系数，并对联醇合成塔进行模拟，所得结果与实测值相吻合。
6) catalyst particles
催化剂颗粒
1.
The mechanical strength of catalyst particles depends not only upon their materials, but also upon their shape and size.
本文将弹性力学方法引入催化剂颗粒内应力分布的计算。
补充资料：催化剂颗粒密度
分子式：
CAS号：
性质：表示流化床催化剂密度的一种方式。指单个颗粒包括孔的体积在内的密度。它与孔隙度有关，孔隙度大则颗粒密度小。
CAS号：
性质：表示流化床催化剂密度的一种方式。指单个颗粒包括孔的体积在内的密度。它与孔隙度有关，孔隙度大则颗粒密度小。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条