- 更多网络例句与反硝化的相关的网络例句 [注：此内容来源于网络，仅供参考]
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The invention is to carry out heterotrophic nitrifying phenomenon from the biology angle by screening heterotrophic nitrifying bacteria and the technology is the condition precedent to carry out short-range self-synchronous nitration and denitrification.
本发明的目的是采用筛选异养硝化菌的方法，从生物学角度实现异养硝化现象，该技术是实现短程同步硝化反硝化的先决条件。
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The results showed that DO is one of the most important controlling parameters for realizing shortened simultaneous nitrification and denitrification.
试验结果表明，溶解氧浓度是实现短程同步硝化反硝化的一个重要控制参数。
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The communities of Denitrifying bacteria, and some key enzymes of denitrification were also introduced.
从反硝化的角度出发，论述了反硝化细菌的类群、反硝化作用的机理、反硝化细菌细胞中参与反硝化过程的关键酶。
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It is obvious that decreasing the temperature had more effect on nitrification than on denitrification in this short-cut system.
可见降低温度对于短程系统硝化反应的影响要大于反硝化的影响。
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Moreover, the future application prospect and further study trend of aerobic denitrification were proposed.
并对亚硝酸型硝化反硝化的应用前景进行了展望，提出了其今后的研究方向。
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Denitrifying phosphorus removal bacteria is a kind of bacteria that can release phosphorus under anaerobic condition and take up phosphorus under anoxic conditions while simultaneous denitrify nitrate or nitrite.
反硝化聚磷菌是一类能够在厌氧状态下释磷，缺氧存在硝酸盐NO3(上标-或亚硝酸盐NO2(上标-的情况下聚磷，并同时反硝化的聚磷菌。
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The article combines domestic and international research, mix from small environment theory, microbiology theory the generation mechanism that intermediate child theory just faces synchronous nitration to turn over nitrify undertook summing up, analysed synchronous nitration to turn over the implementation condition of nitrify and influencing factor.
文章结合国内外探究，从微环境理论、微生物学理论和中间产物理论方面对同步硝化反硝化的产生气理进行了综述，并分析了同步硝化反硝化的实现条件和影响因素。
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In this paper, a research was made on the treatment of nitrophenol removal ammonia wastewater from a coke-plant by sequencing batch reactors.
试验表明SBR法处理焦化废水可以取得良好的脱氮效果。在低溶解氧下，氨氮及总氮的去除效率均较高。对氮平衡的分析证实了好氧条件下也可发生反硝化作用，初步探讨了好氧反硝化的机理。
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When studying simultaneous nitrification and denitrification in membranebioreactor,it was foud that the concentration of DO was a key factor and the influence of C/N,pH value and temperature were unconspicuous.
在研究同步硝化反硝化作用时发现，C／N、pH值和温度对同步硝化反硝化作用无影响，DO是影响系统同步硝化反硝化的关键因素。
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The results indicate that ① the reactor with sulfur particle size of 2.8-5.6 mm can effectively remove nitrate from nitrified leachate up to a concentration of 400 mg/L NO - 3 N at a hydraulic retention time of 5.71h;② the minimum hydraulic retention time necessary for complete denitrification depends on sulfur particle size and influent nitrate concentration;③the maximum volume...
结果表明，当HRT为5.71h，硫磺粒径为2.8－5.6mm时，最高处理浓度（以NO－3－N计）达400mg／L。达到完全反硝化所需的最小停留时间取决于硫磺粒径及进水硝酸盐浓度。硫磺粒径为2.8－5.6mm，5.6－11.2mm，11.2－16mm时，NO－3－N最高容积负荷分别为594，278，175.4g／（m3d）。NO－3－N最大表面负荷约为0.68g／（m2d），是自养反硝化的控制因素，与硫磺粒径无关。
- 更多网络解释与反硝化的相关的网络解释 [注：此内容来源于网络，仅供参考]
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Denitrification：反硝化作用
主要来源於硝化作用(Nitrification)与反硝化作用(Denitrification), 由硝化菌通过氧化将NH3转化为NO2, 或少量由没有气氧能生活的细菌经过反硝化作用将NO3转化为NO2.
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aerobic denitrification：好氧反硝化
然而近年来,国内外的不少研讨和报道已能充足证明,反硝化可产生在有氧条件下,即好氧反硝化(Aerobic denitrification)的存在[1~2]?. 而在许多实际运行中的好氧硝化池中也常常发明有30%的总氮丧失[3]. 作者在采取序批式反映器处置某化肥厂氨氮废水的钻研中也发现了类的现象.
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the rate of decay：衰变率
the quality of producing a greater yield 增加产量的一种品质 | the rate of decay 衰变率 | the rate of gaseous products of denitrification 反硝化作用气态产物量
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Alcaligenes denitrificans：反硝化产碱菌
本文报道了在稻田养殖环境下发生的一例河蟹颤抖病的诊断与治疗的过程.结果表明,本例河蟹颤抖病是由苏云金芽孢杆菌(Bacillus thuringiensis)和反硝化产碱菌(Alcaligenes denitrificans)混合感染引起;药敏试验结果显示两种细菌均对喹诺酮类、氯霉素
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anoxic：厌氧
活石的另一个问题在于微孔数量有限,只有在这些微孔的缺氧区域才能发生反硝化反应. 我要在此明确缺氧的概念. 化学家和生物学家对于无氧环境的概念是不同的. 对于我们水族爱好者,我们用缺氧(anaerobic)定义氧含量极低的情况,而厌氧(anoxic)定义完全无氧条件.
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demethylation inhibitor：脱甲基抑制剂
delivery of pump 泵的供水量 | demethylation inhibitor 脱甲基抑制剂 | denitrification 反硝化作用,脱氮作用10,118
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sidestream：侧流
工艺将放磷的厌氧段设在主工艺流程上,而侧流(SIDESTREAM)工艺的厌氧段则不在工艺主路上,称为Strip池. 侧流工艺也称为Phostrip工艺,改进的目的是增加一个放磷口,提高除磷率. 缺氧与反硝化是联系紧密的两个概念.