1) adsorbability
[英][æd,sɔ:bə'biliti] [美][æd,sɔrbə'bɪlətɪ]
可吸附性
2) Adsorption reversibility
吸附可逆性
3) adsorption irreversibility
吸附不可逆性
1.
H-acid adsorbed onto TiO_ 2 surface through one sulphonic group,which occupied less surface area leading to higher adsorption capacity, weaker adsorption bond, and less adsorption irreversibility.
0条件下,主要有两个磺酸基团解离,此时,H酸通过两个磺酸基团吸附在TiO2表面,占位大,饱和吸附量小,但吸附键较强,吸附不可逆性较强。
2.
The effect of initial adsorbate concentrations and adsorption kinetic processes on adsorption isotherms and adsorption irreversibility was studied, by introducing a same total amount of Zn (Ⅱ) into 2 different adsorption solutions (δ-MnO_2 and γ-MnOOH) in various batches (1, 3, and 15 batches).
研究了在Zn(Ⅱ)总量一定的情况下,不同的初始溶质浓度和吸附动力学过程对吸附等温线及吸附不可逆性的影响。
4) reversible adsorption
可逆吸附
1.
The reversible adsorption heat of methanol on carbon nanotubes and Mo/CNT catalyst is 16.
本文采用相对保留体积测定了甲醇与醋酸甲酯在碳纳米管载体以及硫化的Mo/CNT催化剂上的可逆吸附热。
2.
2 times faster than that of reversible carbon monoxide, Becausethe reversible adsorption hydrogen and irreversible carbon monoxide are responsible fo.
在推导出适应于甲烷化反应体系非线性动态分析不同吸附物种动力学参数模型的基础上,采用计算机优化出工业镍铝甲烷比催化剂上可逆吸附氢和可逆吸附一氧比碳的吸附速率常数和吸附平衡常数。
3.
The results show that the adsorbed carbon monoxide and hydrogen on comme-rcial Ni catalyst can be distinguished as reversible and irreversible adsorption under real reactionconditions.
在反应条件,甲烷比催化剂上吸附的CO和H_2都可分为可逆与不可逆吸附两类。
6) irreversible adsorption
不可逆吸附
1.
The silicagel column has showed an irreversible adsorption equilibrium for epirubicin and its analogues with slightly acidic or neutral mobile phases in hydrophilic interaction chromatography (HILIC).
亲水作用色谱分离表阿霉素时,在中性及弱酸性条件下,样品在硅胶柱上呈现不可逆吸附平 衡过程。
2.
The results show that the adsorbed carbon monoxide and hydrogen on comme-rcial Ni catalyst can be distinguished as reversible and irreversible adsorption under real reactionconditions.
在反应条件,甲烷比催化剂上吸附的CO和H_2都可分为可逆与不可逆吸附两类。
补充资料:不可逆吸附
分子式:
CAS号:
性质:改变外界条件,被吸附物质不能脱附或不能不改变性质地脱附称为不可逆吸附。发生不可逆吸附时吸附分子常与吸附剂表面形成化学键,吸附分子的性质发生变化。化学吸附多是不可逆吸附。
CAS号:
性质:改变外界条件,被吸附物质不能脱附或不能不改变性质地脱附称为不可逆吸附。发生不可逆吸附时吸附分子常与吸附剂表面形成化学键,吸附分子的性质发生变化。化学吸附多是不可逆吸附。
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