nitrifying bacteria

英 [ˈnaɪtrɪfaɪɪŋ bækˈtɪəriə]

美 [ˈnaɪtrɪfaɪɪŋ bækˈtɪriə]

网络  硝化细菌; 硝化菌; 硝化細菌; 硝酸细菌; 化细菌

医学化学

双语例句

• The beneficial ammonifier and the nitrifying bacteria double increase, while the unbeneficial anaerobic bacteria and denitrifying bacteria are inhibited.
  有益的氨化细菌和硝化细菌成倍增加，而无益的厌氧性细菌、反硝化细菌则受抑制。
• A study on relationships between heterotrophic and autotrophic nitrifying bacteria in bioceramics reactor
  生物陶粒反应器中硝化自养菌与异养菌生长关系的研究
• To increase concentration of nitrifying bacteria and optimize process of nitrification construction is very necessary and meaningful.
  因此，提高海水养殖系统硝化细菌浓度，优化硝化功能建立过程，具有十分重要的意义。
• The major factors affecting the nitrifying bacteria to NH 4+ N are temperature, DO and biomass bacteria.
  影响硝化细菌对NH4+-N转化的主要因素为温度、溶解氧和细菌数量。
• Phenol inhibition on nitrification with enriched nitrifying bacteria was studied in this paper.
  本文利用富集培养的硝化污泥研究了苯酚对生物硝化过程的抑制效应。
• The Possibility of Nitrifying Bacteria Inoculation in Spirulina Mass Culture
  螺旋藻大量培养中接种硝化细菌的可能性
• The interaction between film-covered and nitrogen fertilizer on aerophile bacterium, the total quantity of microorganisms and fungus is positive, but it is negative on actinomyces and no effect on nitrifying bacteria.
  地膜、氮肥相配合，对好气性细菌、微生物总量、真菌有正交互作用，对硝化细菌无交互作用，对放线菌有负交互作用。
• The conclusions of this study as follows: 1. Treated with different TCC concentrations of 0,10,20,40 and 60mg/ kg, the amount of nitrifying bacteria, denitrifying bacteria and ammonifying bacteria have taken place significant changes, reflecting a different inhibition-activation effect.
  本研究主要获得以下结论：1.不同浓度的TCC（0,10,20,40,60mg/kg）处理后，土壤中硝化细菌、反硝化细菌和氨化细菌的数量发生了明显的变化，反应出了不同的抑制-激活效应。
• The results show that under the matrix nitrogen limitation condition, the activity of the autotrophic nitrifying bacteria in the aerobic nitrification granular sludge decreased to a very low level quickly, and simultaneously the activity of the heterotrophic bacteria increased.
  结果表明，基质氮源限制条件下，好氧硝化颗粒污泥中的自养硝化菌在失去了氮源的供应后很活性大幅降低，同时异养菌的活性提高。
• The autotrophic nitrifying bacteria play a critical role in nitrogen cycle in nature.
  硝化细菌是一大类在自然界氮循环中起关键作用的微生物菌群。