1) NH 3-N and COD
NH3-N、COD
2) COD and NH_3-N removal
COD和NH3-N去除率
3) COD and NH 3-N removal
COD和NH3-N去除
4) NH_3-N
NH3-N
1.
The main pollution factors chemical oxygen consumption(COD)and ammoniacal nitrogen(NH_3-N)of the experiment water are analyzed according to the National Standard Analysis Method after studying the treatment effectiveness influenced by the environment factors and the technology reference data.
试验用水主要污染因子:化学需氧量(COD)、氨氮(NH3-N)。
2.
Based on the analysis of variation of NH_3-N,phosphorus and organic compounds in soil samples from bottom mud and penetration media of river bed,it is found out that bottom mud has great effects on removal of NH_3-N and phosphorus,the amounts of which in mud are over ten times and one time as high as those in penetration media,respectively.
在凉水河下游取河床底泥及河床下部土样,分析其NH3-N、磷和有机物的变化,发现底泥对NH3-N和磷的去除发挥了很大作用,分别是下部土壤吸附量的10倍和1倍多;土中5种氯代烃均有检出,是河水长期渗漏积累的结果。
3.
Methods The high effective complex microorganisms were domesticated to treat the leachate and the Chemical Oxygen Demand(COD_(Cr)) and NH_3-N were detected.
方法以沈阳大莘填埋场渗滤液作为研究对象,构建处理渗滤液的高效复合菌群,以耗氧量(CODCr)和NH3-N为评价指标,测定复合菌群处理渗滤液的结果。
5) ammonia nitrogen simulation
NH3-N模拟
6) NH 3-N
氨氮(NH3-N)
补充资料：1,5-COD
CAS：111-78-4
分子式：C8H12
分子质量：108.18
中文名称：1,5-环辛二烯
英文名称：1,5-Cyclooctadiene；cycloocta-1,5-diene；1,5_cyclooctadiene；1,5-COD
分子式：C8H12
分子质量：108.18
中文名称：1,5-环辛二烯
英文名称：1,5-Cyclooctadiene；cycloocta-1,5-diene；1,5_cyclooctadiene；1,5-COD
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条