Fortified Fish - Organic contaminants 鱼中的有机污染物
Fucus Organic contaminants 墨角藻属有机污染物
polar organic contaminants 极性有机物
removing organic contaminants 去除有机污染物
model organic contaminants 有机模拟污染物
volatile organic contaminants 挥发性有机污染物
ionizable organic contaminants 可离子化有机污染物
hydrophobic organic contaminants 疏水有机污染物
refractory organic contaminants 难降解有机污染物
Their applications of removing the inorganic and organic contaminants in water are especially described. The suggestion about the future research is presented.
主要介绍了其在去除水中无机和有机污染物方面的应用,并对今后的研究方向提出了建议。
参考来源 - 电吸附技术的应用与研究·2,447,543篇论文数据，部分数据来源于NoteExpress
After biologic reduction zone is developed and biochemical layer is produced fully, organic contaminants can be naturally biodegraded.
只有当生物还原带形成后，生化层才发育成熟，包气带对有机物能进行有效地降解和清除，具有良好的天然降解功能。
The process filters out all the organic contaminants, and much of the nitrogen and phosphates that would otherwise contribute to algal blooms and dead zones further downstream.
所有的有机污染物在这个过程中都将被过滤出来，避免由于氮和磷过甚导致海藻过度生长，进而污染下游地区。
More effective adsorption of free, phenol, sulfur, oil, resin, pesticide residues and other organic contaminants, dechlorination half the value, as well as recycling of organic solvents.
更能有效吸附水中的游离氯、酚、硫、油、胶质、农药残留物和其他有机污染物，余氯、半脱氯值，以及有机溶剂的回收等。
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