1) adsorption desorption equilibrium
吸附脱附平衡
2) Adsorption equilibrium
吸附平衡
1.
Adsorption equilibrium and dynamic data measurement of thiophene on Cu~+-13X;
噻吩在Cu~+-13X上吸附平衡和动态数据测定
2.
Complexation adsorbent for ethylene-ethane separation: preparation and adsorption equilibrium;
乙烯-乙烷分离用络合吸附剂的制备及吸附平衡
3.
Study on adsorption equilibrium process of sodium alginate with calcium ions or zinc ions;
海藻酸钠与钙或锌离子吸附平衡过程研究
3) adsorption equilibria
吸附平衡
1.
Calculation of solid-liquid adsorption equilibria is of great significance for the design of adsorption separation processes.
固液吸附平衡计算对于吸附分离设计具有重要意义。
2.
Using the thermodynamic consistency of adsorption for vapor or liquid phase together with the consideration of solution theory,surface thermodynamics and phase exchange model, the model for prediction of adsorption equilibria from binary solutions on solids with the adsorption isotherm of pure unsaturated vapors was proposed.
根据气相吸附和液相吸附的热力学一致性条件 ,从溶液理论、表面热力学出发并结合相交换模型 ,提出从气相吸附平衡数据预测二元液体混合物吸附平衡的模型 ,模型中仅含 4个未知参数 。
3.
The adsorption equilibria of p-xylene, m-xylene, o-xylene and toluene on KY zeolite were measured under temperature range (303.
6 Pa条件下测定对二甲苯、间二甲苯、邻二甲苯及甲苯在KY型沸石上的吸附平衡数据。
4) equilibrium adsorption
平衡吸附
1.
Theoretical analysis of adsorption refrigeration of composite zeolite/foam aluminum with equilibrium adsorption;
沸石分子筛/泡沫铝平衡吸附制冷性能理论分析
2.
The performance of adsorption refrigeration of composite zeolite/foam aluminum was calculated on the basis of the equilibrium adsorption and was compared with the performance of the zeolite system.
基于平衡吸附对其吸附制冷的性能进行了理论计算,并与沸石分子筛-水吸附制冷系统性能进行了比较。
3.
By equilibrium adsorption experiments and high performance liquid chromatography (HPLC),the rebinding properties of the MIPs to protocatechuic acid (template) and its analogues were evaluated.
通过静态平衡吸附实验和高效液相色谱分析,评价了分子印迹聚合物对模板及其类似物的键合行为。
6) equilibrium adsorption capacity
平衡吸附量
1.
Their equilibrium adsorption capacity and adsorption rate curves are measured by static state weighting.
用静态重量法测定了其平衡吸附量和吸附速度曲线,实验结果表明,最大平衡吸附量为0。
补充资料：吸附-脱附机理
分子式：
CAS号：
性质：同位素交换反应在吸附剂表面上进行，反应物的分子被活化吸附而分解；脱附后，结合成同位素交换后分子的过程。例如，高温时交换反应H2+D22HD的动力学特性是，H2和D2分子在镍催化剂表面上活化吸附分解成氕原子和氘原子是决定性步骤，这类同位素交换反应按吸附-脱附机理进行。
CAS号：
性质：同位素交换反应在吸附剂表面上进行，反应物的分子被活化吸附而分解；脱附后，结合成同位素交换后分子的过程。例如，高温时交换反应H2+D22HD的动力学特性是，H2和D2分子在镍催化剂表面上活化吸附分解成氕原子和氘原子是决定性步骤，这类同位素交换反应按吸附-脱附机理进行。
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