硝化菌

After years' effort, a new aerobic denitrifier that can deoxidize NO3- to N2 and N2O has been isolated from ocean environment.

本项目经过多年努力，从海洋环境分离到1株能在好氧条件下将NO3-还原成N2和N2O的好氧还硝化菌。

Nitrification performance of immobilized nitrobacteria and the overall performance of the hybrid system were discussed in detail.

论文在国内首次对包埋固定化硝化菌处理工业废水的工程应用进行了初步探讨，并对本文提出的高碳高氮酿酒废水处理新工艺进行了全面的认识和评价。

Are fish, shrimp, crab farming and biological water purification treatment nitrobacteria good vector.

是鱼、虾、蟹养殖用水净化处理和生物硝化菌的良好载体。

Nitrobacteria grow in a slow rate, and during their growth, they produce some acidic and toxic metabolites and that will inhibit their growth too.

但由於硝化菌生长缓慢，且在培养过程中其自身代谢产物会降低生存环境之pH值，进而抑制自身生长。

Anaerobic activated sludge was used to cultivate arsenicresistant denitrificator in laboratory.

采集缺氧活性污泥进行室内微生物驯化，培养耐砷反硝化菌。

I add some GH powder. I means KUKU bio powder.

我迟点会引进一些麦茎硝化菌和神水。

The most probable number measurement showed that the overwhelming quantity of nitrosobacteria immobilized on biofilm was the main reason for stable and high nitrite accumulation in the reactor.

最大可能计数法测定发现，亚硝化菌在数量上的绝对优势是反应器能始终保持高效稳定的亚硝氮积累的主要原因。

Both DO and ORP are used as fuzzy control parameters of SBR1 aerobic duration, which can maintain heterotrophs for organics removal and Nitrosomonas in different reactors and make TSSBR system operate stably and reliably.

将DO和ORP联合作为SBR1阶段好氧反应时间的模糊控制参数，可使去除有机物的异养菌和硝化菌存在于不同的反应器内，保证两段SBR系统长期稳定运行。

The method of acclimating aerobic denitrifying bacteria is studied from activated sludge by SBR.

通过活性污泥法SBR反应器驯化富集好氧反硝化菌。

The experimental results indicate that the nitrite oxidizers are more sensi-tive to free ammonia than ammonia oxidizers in the wastewater.

结果表明，在高游离氨条件下，硝酸菌比亚硝化菌对游离氨更为敏感，反应体系中亚硝酸盐的平均积累速率远大于硝酸盐的平均积累速率。

This paper discusses design and realizable methods of remote test output interface from logical design angle.

本文从逻辑设计的角度讨论遥测输出接口的设计及实现方法。

This also 星体投射plies to buildings, structures and geological features.

这也适用于建筑物和地质特征。