Results and discussionThe measured

Results and discussionThe measured adsorption isotherms were described using the (1) Langmuir equation a be 1+be, and (2) Freundlich equation, a=ke," where a (mol/g) is the amount of solute adsorbed per unit weight of adsorbent, C. (mol/L) is the equilibrium concentration of solute, a (mol/g) is the amount of solute adsorbed per unit weight of adsorbent, required for monolayer coverage of the surface, b (L/mol) is a constant related to the heat of adsorption, k (mol/g)(L/mol) and n Freundlich constants. The adsorption isotherms from aqueous solutions of benzoic and acetic acids different temperatures are presented in figure la) and figure 1b). There are different behaviours depending on temperature for the both adsorbates.

ผลลัพธ์ (อังกฤษ) 1:

Results and discussion The measured adsorption isotherms were described using the (1) Langmuir equation a be 1+be, and (2) Freundlich equation, a=ke,” where a (mol/g) is the amount of solute adsorbed per unit weight. of adsorbent, C. (mol/L) is the equilibrium concentration of solute, a (mol/g) is the amount of solute adsorbed per unit weight of adsorbent, required for monolayer coverage of the surface, b (L/mol) is a constant related to the heat of adsorption, k (mol/g)(L/mol) and n Freundlich constants. The adsorption isotherms from aqueous solutions of benzoic and acetic acids different temperatures are presented in figure la) and figure 1b). There are different behaviors depending on temperature for the both adsorbates.

ผลลัพธ์ (อังกฤษ) 2:

结果和讨论
使用（1）Langmuir方程a be 1+be和（2）Freundlich方程a＝ke描述测量的吸附等温线，“式中，a（mol/g）是每单位重量吸附剂吸附的溶质量，C（mol/L）是溶质的平衡浓度，a（mol/g）是表面单层覆盖所需的每单位重量吸收剂吸附的溶解物量，b（L/mol）是与吸附热相关的常数，k（mol/L）（L/mol和n个Freundlich常数。苯甲酸和乙酸水溶液在不同温度下的吸附等温线如图1a）和图1b）所示。根据温度的不同，两种吸附质有不同的行为。

ผลลัพธ์ (อังกฤษ) 3:

Results and discussion

Using (1)Langmuir equation a be 1+be and (2)Freundlich equation a = ke, the measurement of adsorption isotherm is described, where a(mol/g) is the solid adsorption capacity per unit weight of adsorbent, and C. (mol/L) is the equilibrium concentration of solids, a(mol/g) is the solid adsorption capacity per unit weight of adsorbent required for surface monolayer covering, b(L/mol) is a constant related to adsorption heat, k(mol/g)(L/mol) and n Frelich constants. The adsorption isotherms of aqueous solutions of benzoic acid and acetic acid from different temperatures are shown in Figure la and Figure 1b). There are different behaviors depending on the temperature of the two adsorbents.