The experiment also studied the effect of several parameters on the nitrogen removal in the condition of 50%seawater salinity at normal temperature,such as the influent pH, ammonia load,HRT,sludge recirculation flow rate(R) and internal recirculation flow rate(r).
试验在常温50%海水盐度条件下,分别考察了进水pH、氨氮负荷,水力停留时间(HRT)及系统运行的污泥回流比(R)、内循环回流比(r)对A/O生物脱氮的影响。
参考来源 - A/O工艺处理高盐度废水脱氮性能的试验研究·2,447,543篇论文数据，部分数据来源于NoteExpress
With the seawater salinity increasing, the degradation rate constant of substrate drops.
随着污水中海水比例的增大，基质降解速率常数逐渐变小。
The results indicates that the sludge net yield coefficient increase with the seawater salinity.
结果表明，微生物产率系数随着污水中海水比例的增大而增大。
All these show that the gradual changes of seawater salinity have less influence upon Portunus pelagicusthan the sudden changes of it.
说明海水盐度的逐渐变化比海水盐度的骤变对远海梭子蟹的影响小。
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