anaerobic phosphorus release 厌氧释磷
soil phosphorus release 土壤磷活化
phosphorus release kinetics 磷释放动力学
internal phosphorus release 内源磷释放
phosphorus release capacity 释磷量
Heating-acidification effectively enhanced phosphorus release and dissolved phosphorus in the solution was efficiently precipitated by CaCl2 and seawater. Although seawater exhibited lower phosphorus precipitation rate, it saved reagent cost.
以上结果表明,热酸法有效地实现了污泥磷释放,CaCl2和海水都高效地回收了溶液中的磷,尤其是利用海水作为沉淀剂,虽然相比氯化钙对磷的沉淀率稍低,但节约了试剂成本。
参考来源 - 磷酸盐沉淀法回收污泥中的磷The experimental results show that properly increasing the temperature is helpful to anaerobic phosphorus release. Higher concentrations of sludge and carbon source can improve the effect of anaerobic phosphorus release.
试验结果表明:适当提高温度有助于厌氧释磷;增加污泥浓度(MLSS)和碳源浓度,可以有效强化厌氧释磷效果;碳源类型与厌氧释磷密切相关,投加醋酸钠的效果最佳。
参考来源 - AConsidering that anaerobic phosphorus release and aerobic phosphorus uptake were the basic process of enhanced biological phosphorus removal(EBPR), the electric field was introduced firstly in two different periods of reaction in order to study its impacts on biological phosphorus removal.
鉴于厌氧放磷和好氧超量吸磷反应是传统厌氧/好氧生物除磷工艺的两个基本生物化学反应过程,首先在这两个不同的反应阶段施加电场（电流密度i=0.04mA/cm2）,以观察电场对生物除磷的影响。
参考来源 - 电场强化条件下生物除磷过程规律研究Effect of application of organic manure on phosphorus release in three soils was with the order of Lou soil> HeiLu soil> HuangMian soil.
施用有机肥增加磷素释放的效应顺序为塿土>黑垆土>黄绵土。
参考来源 - 黄土高原土壤对磷素的吸附—解吸特征及其影响因素研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The phosphorus release in the surface layer is affected by the disturbing condition.
表层沉积物总磷的释放作用易受到扰动强度的影响。
Phosphorus release of soils in the drawdown area strongly affected eutrophication of water column.
消落区土壤磷素释放对水体富营养化有重要影响。
So the effect of organic matter on phosphorus release cannot be neglected, especially for the heavily polluted sediments.
因此不能忽视有机质对磷释放的影响，尤其是重污染的沉积物磷释放。
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