The experimental contact data were analysed using the Elovich model, previously used to describe the kinetics of gas adsorption on solids, and the Ritchie model, a modified second-order kinetics equation. Initial analysis of the data, using the Ritchie model, was poor and therefore a modification...
second order equation 意思翻译 二阶方程 相似词语短语 equation───n.方程式,等式;相等;[化学]反应式 second───adj.第二(个)的;(比赛、级别上)居第二位的;另外的;次要的;v.支持,附议;临时调派(工作人员等);n.(Second)(美)塞孔(人名);num.第二;(规模、质量等)居第二位的;另外的;n.秒;瞬间;...
In this respect, several kinetic models including the pseudo-first-order kinetics model, pseudo-second-order kinetics models (four linear forms), and the intraparticle diffusion model were investigated. Pseudo-first-order model A pseudo-first-order kinetic equation is given as [15]: ln q e ...
The applicability of the pseudo-second order equation (PSOE) has been explained on the ground of the model assuming that the overall sorption rate is limited by the rate of sorbate diffusion in the pores of sorbent (intraparticle diffusion model). Mathematical expressions have been proposed in or...
The equation that determines the second order reaction is given by 1[A]=1[Ao]+kt A is the concentration of the reactant after time t Ao is the initial concentration of the reactant k is the rate constantAnswer and Ex...
网络二级反应动力学 网络释义 1. 二级反应动力学 拟二级动力学,Pseudo-second... ... )second order kinetics二级反应动力学) Pseudo-second order kinetics 拟二级动力学 ... www.dictall.com|基于 1 个网页 例句 释义: 全部,二级反应动力学
demersum reached balance within 20min, the test results of sorption kinetics conformed to thepseudo second order kinetics equation, with its relativity coefficient reaching 0. 结果表明,金鱼藻对Cu2+的吸附在20min内达到平衡,吸附动力学的实验结果符合伪二级动力学方程,其相关系数达到0。
5) second-order kinetic equation 二级动力学方程 6) second order kinetics 二级反应动力学 1. Furthermore,the reaction of K_2FeO_4 and CTAB followssecond order kineticslaw. 化学反应动力学研究结果表明K2FeO4与CTAB的反应符合二级反应动力学规律。
2. The results of sorption kinetics conformed to the pseudo second order kinetics equation with correlativity coefficient reaching 1,1,0. 结果表明,菹草对Cu2+,Zn2+的吸附在20min内达到平衡,对Pb2+的吸附在50 min内达到平衡,吸附动力学结果符合伪二级动力学方程,决定系数分别达1,1,0。
This reaction rate for a general chemical reaction aA + bB → cC + dD can be expressed in terms of the concentrations of the reactants by the equation: rate=k[A]x[B]yrate=k[A]x[B]y Here,kis a constant; [A] and [B] are the concentrations of thereactants; andxandyare the...