结果表明：一级动力学方程可以较好地用来描述供试样品对苄嘧磺隆的吸附动力学特征。
The results showed that the adsorption data could be satisfactorily described with the first-order equation.
吸附固定化微生物对DBP的降解符合一级反应动力学模型。
The degradation reaction of adsorptive immobilized microorganisms on DBP was according with the first-order model.
吸附动力学过程包括吸附快反应阶段和慢反应阶段，可用动力学一级方程和双常数速率方程描述；
The sorption kinetics included the initial fast phase and the final slow phase. The first-order kinetic reaction and double constant rate equation could describe the sorption kinetics well.
酸化碱渣表面吸附作用力主要为偶极间力和氢键力，吸附过程可用一级动力学方程模拟。
The adsorption forces on the surface of acidified alkaline residue are mainly dipole bond force and hydrogen bond force. The adsorption process can be simulated by the first order kinetic equation.
酸化碱渣表面吸附作用力主要为偶极间力和氢键力，吸附过程可用一级动力学方程模拟。
The adsorption forces on the surface of acidified alkaline residue are mainly dipole bond force and hydrogen bond force. The adsorption process can be simulated by the first order kinetic equation.
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