一、概述表达浮选过程动力学行为的方程,最早是由赞尼格(Zuniga)和别洛格拉卓夫从化学反应动力学中借用来的。它的基本形式为:de/dt=KC(l) 式中C为浮选槽内目的矿物的浓度,t为浮选时间,K为浮选速度常数。方程式的物理意义是浮选速度正比于槽内该矿物的浓度。 I. Overview The equations that express the kinetic behavior of the flotation process were first borrowed from chemical reaction kinetics by Zuniga and Belogradchoff. Its basic form is: de / dt = KC (l) where C is the concentration of the target minerals in the flotation cell, t is the flotation time, and K is the flotation rate constant. The physical meaning of the equation is that the flotation velocity is proportional to the concentration of the mineral in the tank.