在无扰动条件下，污水初始浓度的不同对总磷的去除效果影响较大。
Under rest status, the sewerage concentration has great infection on the phosphorous removal effect.
选用几种液液体系，研究了浓度推动力引发的界面扰动对传质速率的增强效应。
The enhancement of the rate of mass transfer due to concentration driving force induced interfacial turbulence has been investigated in several typical liquid liquid systems.
结果表明，质量松弛时间是影响快速瞬态质量传递规律的重要因素，质量扰动浓度及扰动方式等对快速瞬态质量传递规律也有一定影响。
The results indicate that mass relaxation time has important influence on the mass transfer process. Mass disturbance concentration and manner also have some effect on it.
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