英语释义

1. nitrogen combined in the form of ammonia or ammonium

片语

ammonia ammonia nitrogen氨氮

ammonia-nitrogen nitrification氨氮硝化反应

amino nitrogen[有化] 氨基氮

the ammonia and nitrogen氨氮

remove ammonia-nitrogen除氨氮

Ammonia& Nitrogen[无化] 氨，阿摩尼亚

Ammonia sugar nitrogen氨基糖态氮

ammonia-nitrogen poHufion氨氮污染

ammonia-nitrogen removing氨氮去除

英汉例句

• the technology of magnesium ammonium phosphate(map) is one of effective removal of high strength ammonia nitrogen and phosphate in wastewater.

  磷酸铵镁（map）技术是一种有效去除废水中高浓度氨氮和高浓度磷酸盐的技术。

• the method determining the ammonia nitrogen has generally pay than color law , the gas appearance molecule absorb law , electrode law etc.

  测定氨氮的办法通常有纳氏比色法、气相分子吸收法、电极法等。

• the content of ammonia nitrogen in wastewater from various processes in conventional pig and cattle wet blue operations was determined by distillation-titration method.

  采用蒸馏-滴定法，测定了常规猪蓝湿革生产工艺和黄牛蓝湿革生产工艺中，各工序废水的氨氮浓度。

• it is concluded that kdf resin can remove the ammonia nitrogen in water efficiently, and in the adsorption process it has steady filtration loss head and can be easily regenerated.

  实验结果表明：kdf树脂可以有效去除水中氨氮，过滤水头稳定易于再生。

• in this paper the removal efficiency of mbr to organic matters and ammonia nitrogen is investigated by operation mode of intermittence aeration.

  主要通过间歇曝气的运行方式来考察m br对有机物和氨氮的去除效果。

• the er bai fang zi wetland was chosen as the research target in simulating the vertical movement of nitrate nitrogen and ammonia nitrogen in wetlands at a certain water table.

  以二百方子湿地为对象，模拟研究了沼泽湿地硝态氮和铵态氮在一定水位条件下的垂直运移过程。

• the effect of the concentrations of ammonia nitrogen and nitrate nitrogen as well as ph value on the growth of spriodela polyrrhiza was studied.

  以紫背浮萍为对象，研究了氨氮、硝酸氮浓度和ph值等对其生长的影响。

• in order to solve these problems, we must understand the effect of temperature, feeding level and salinity on ammonia nitrogen and phosphate excretion of sebastes schlegeli.

  要解决这些问题，首先就要了解盐度、温度和投喂水平等对其氨氮、磷排泄的影响。

• the removal ratio of ammonia nitrogen of leachate is very obvious by garbage column.

  垃圾填埋柱对渗滤液氨氮的去除也十分显着。

• in the prior art, the ammonia nitrogen in sewage or waste gas has the defects of harmful human body, low treatment efficiency, environmental pollution, etc.

  现有技术中废水或废气的氨氮存在对人体有害、处理效率不高、污染环境等不足之处。

• with the hazard and intractability of swine wastewater, it was analyzed that the temperature, ammonia nitrogen and cod impact on the sbbr phosphorus removal of swine's anaerobic digestion.

  针对猪场废水的危害和难处理性分析了温度、氨氮和cod对序批式生物膜反应器（sbbr）处理猪场厌氧消化液的除磷效果的影响。

• the regeneration capability, the influencing factors and the ion exchange technics of the natural clinoptilolite to ammonia nitrogen were researched.

  对天然斜发沸石的再生性能及其影响因素以及天然斜发沸石离子交换氨氮作用的工艺进行了研究。

• backwash cycle has more effect on ammonia nitrogen removal rate.

  反沖洗周期对氨氮的去除率有较大影响。

• techniques for treating ammonia nitrogen in tannery wastewater by biological contact process have been studied.

  探讨了制革废水的生物接触法处理工艺。

• the result of dynamic experiment for ammonia nitrogen removal from micro polluted raw water is studied in this paper.

  介绍了一种微污染源水中去除氨氮的小型动态试验的结果。

• ammonia nitrogen could influence mda content withdealed.

  氨氮处理也会影响丙二醛含量。

• this paper deals with the law of organics, tss and ammonia nitrogen removals by treatment with two-stage biological aerated filter tank.

  本文研究了用两段曝气生物滤池处理废水时，有机物、tss和氨氮去除的规律。

• the results showed that the compound microorganism preparation improved water quality and decreased significantly the ammonia nitrogen in water.

  试验表明，复合微生物制剂对改善水质，降低水体中的氨氮具有明显作用。

• objective: an improved method of ammonia nitrogen in drinking water was developed for the ammonia in workplace air.

  目的：建立与生活饮用水氨氮测定相匹配的方法来检测工作场所中空气氨。

• objective: to screen nitrobacter that could be used to treat ammonia nitrogen pollution, dejecta and sewage in military tunnel.

  目的：筛选、分离能够用于治理氨氮污染和军事坑道生活污物、污水的硝化菌。

• after the experiment of bac, the authors described the characteristics of bac for removing ammonia nitrogen and studied the mechanism of bac process.

  结合生物活性炭研究的实践，总结了生物活性炭去除氨氮的特点，并就其机制作了探讨。

• ammonia nitrogen loss is an important way to calcareous soils, and it is more serious in saline soil than in non-salinization soil.

  氨挥发是早作石灰性土壤上氮肥损失的重要途径，盐渍化土壤上氮肥的氨挥发损失较非盐渍化土壤更为严重。