Adsorption was enhanced by the presence of organic matter in soil colloids.
土壤胶体中有机质的存在促进了胶体对酶的吸附。
DNA adsorption on soil colloids and minerals is driven by an increase in entropy.
DNA在红壤胶体或矿物表面的吸附是一个熵增过程。
Only 10-20% DNA was adsorbed by electrostatic forces on soil colloids and minerals.
DNA在红壤胶体和矿物表面通过静电力作用吸附的比例较低，仅为10—20%。
Cd adsorption decreased with increasing of amorphous Al content in soil colloids, which might be due to the high energy exchange sites being occupied by Al ions.
随着无定形铝含量的上升，吸附量下降，这是因为铝离子占据了高能量的吸附位。
Cd adsorption decreased with increasing of amorphous Al content in soil colloids, which might be due to the high energy exchange sites being occupied by Al ions.
随着无定形铝含量的上升，吸附量下降，这是因为铝离子占据了高能量的吸附位。
应用推荐