nitrobacteria

nitrobacteria

1. Keywords A/DAT-IAT bio-film process;nitrobacteria and high-saline wasterwater;

IAT生物膜工艺;硝化菌;高含盐废水;

2. V ink suppliers recommended a range of use, such as a blanket or color nitrobacteria fabrillation nitrobacteria materlal can be handled by the oily UV ink and finish;

V油墨供货商会保举一个搁置边界，如橡皮布彩硝化或丁颤硝化办理的材质可打扰油性UV油墨和上平油；

3. Keywords Integrated biological filter （IBF）;Municipal wastewater;Organics;Biofilm;Nitrobacteria;

一体化生物滤池;城市生活污水;有机物;生物膜;硝化细菌;

4. Keywords trichloro-amine;NO2-radical;nitrobacteria group;circulating water;

三氯胺;亚硝酸根;硝化细菌群;循环水;

5. The degradation rate of the rest 3 strains of nitrobacteria were 25.1%, 26.2%, 19.3%; Y2, Y3, Y4, Y5 and Y6 were 72.5%, 70.7%, 70.8%, 70.3%, 56.2%;

亚硝化菌中Y1的NH_4~+-N去除能力最强，可达77.4%，其余的Y2、Y3、Y4、Y5及Y6的去除率分别为70.2%、70.7%、70.8%、70.2%、56.1%；

6. Technology of Removing Ammonium Nitrogen with Immobilized Nitrobacteria by Radiation-induced Polymerization at Low Temperature

低温辐射固定化硝化菌去除铵态氮工艺

7. Keywords Radiation technique at low temperature;immobilized nitrobacteria denitrifying bacteria;purifying water quality;copolymerization carrier;Taihu Lake;

低温辐射技术;固定化硝化-反硝化菌;水质净化;共聚物载体;太湖水;

8. If we add adequate dissolved oxygen, just the right amount oxidant, Cl- or Nitrobacteria in cultured water,then it will lower the quantity of nitrite.

养殖水体增加足量溶氧、适量的氧化剂、氯离子和硝化细菌，可降低亚硝酸盐的含量。

9. THE ISOLATON AND PRELIMINARY IDENTIFICATION OF NITROBACTERIUM FROM SOIL

几株硝化菌的筛选及其初步鉴定

10. Immobilized nitrobacteria pellets

包埋固定化微生物

11. embedded immobilized nitrobacteria

包埋固定化硝化菌

12. Keywords embedded immobilized nitrobacteria;biological contact oxidation;temperature;nitrification rate;nitrite accumulation rate;

包埋固定化硝化菌;生物接触氧化;温度;硝化速率;亚硝酸盐积累率;

13. embedded nitrobacteria

包埋硝化菌

14. Comparison of Ammonia Nitrogen Removal Rate between Fluidized Bed Reactor with Embedded Nitrobacteria and Fixed Bed Reactor with Bio-contract Oxidation Process

包埋硝化菌流化床与接触氧化固定床除氨氮效果对比

15. The scanning electron-microscopy (SEM) photograph illuminated that the nitrobacteria grew well, which provided conditions for COD and nitrogen removal.

反应器内的微生物的电子照片说明，硝化菌发达，为处理COD和氨氮提供了保障，从而使得微生物处理废水的效果显著。

16. Keywords denitrifying bacteria;nitrobacteria;nitrosobacteria;ammonifying bacteria;East Lake;

反硝化细菌;硝化细菌;亚硝化细菌;氨化细菌;东湖;

17. Perfect positive relationship was exist between them because nitrobacteria population has weak flocculation ability.

因为硝化菌群的絮凝效果较弱而引起的。

18. immobilized nitrobacteria

固化硝化菌

19. Keywords immobilization;nitrobacteria;coking wastewater;polyvinyl alcohol;aluminate;

固定化;硝化细菌;焦化废水;聚乙烯醇;铝盐;

20. Keywords immobilization;nitrobacteria;wastewater treatment;removal of nitrogen;Fluidized Bed Reactor（FBR）;Sequencing Batch Reactors（SBR）.;

固定化;硝化菌;废水处理;氨氮;流化床;循序间歇活性污泥法;

21. immobilized embedded nitrobacteria

固定化包埋硝化菌

22. Keywords Immobilized Microorganism;nitrobacteria;polyvinyl alcohol （PVA）. NH4+-N;macromolecule material;

固定化微生物;硝化细菌;聚乙烯醇（PVA）;氨氮;高分子材料;

23. The Nitrification Activity of Fixed Nitrobacteria under Different Conditions

固定化硝化细菌在不同条件下的硝化活性

24. In the end, the basic change of the water quality is deserved.On the basis of those, the eutrophication waters can be repaired by precipitum and nitrobacteria.

在了解水体水质变化状况的基础上,利用消氮细菌及沉淀细菌对实验水体进行生物修复。

25. Keywords chitosan;alginate;nitrobacteria;immobilization technology;fishery wastewater;removal of ammonia nitrogen;

壳聚糖;海藻酸钠;硝化细菌;固定化技术;养殖水体;去除氨氮;

26. Removing Ammonia Nitrogen from Wastewater by Immobilization Nitrobacteria with Chitosan and Alginate

复合载体固定化硝化细菌去除水体中氨氮的研究

27. Study on performance of autotrophic nitrite nitrobacteria cultivated on carbon foam surface

多孔碳表面自养硝化生物膜的培养及其性能研究

28. It is well known that the relatively high concentration of NO2-radical in circulating water is due to the oxidated NH3 by nitrobacteria group.

对于循环水中亚硝酸根的浓度偏高人们早有共识,认为是硝化细菌群将NH3氧化而致。

29. Keywords Corridor activity sludge process;Hydraulic load;Ammonium Nitrobacteria population;Flocculation;

廊道式活性污泥法;水力负荷;氨氮;硝化菌群;絮凝;

30. Keywords circulating cooling water;adhesive mud remover;ammonia;nitrobacteria;

循环冷却水;粘泥剥离剂;氨;硝化菌;

31. Utilization of commercial nitrobacteria additive in the inoculation of a new recirculating aquaculture system

循环流水水产养殖系统接种商品硝化菌的试验研究

32. Keywords nitrobacteria adding;coal coking wastewater;nitrification;denitrification;

投菌法;焦化废水;硝化;反硝化;

33. The results indicate that excellent nitration of NH,-N need the sufficient removal of COD to prevent the restrain of toxicant on the nitrobacteria.

指出NH_3-N完全硝化的前提是废水中COD的充分降解，以消除有毒物质对硝化菌的抑制作用。

34. EFFECTS OF PLANT SELECTION ON THE NITROBACTERIA DENSITY IN RHIZOSPHERE AND NITROGEN REMOVAL IN CONSTRUCTED WETLANDS

植物配置对构造湿地根际区硝化菌群及脱氮影响

35. Keywords artificial micropolluted source water;immobilization;embedded nitrobacteria;low concentration ammonia nitrogen;DO;C/N ratio;

模拟微污染源水;固定化;包埋硝化菌;低浓度氨氮;DO;碳氮比;

36. Keywords Aquaculture Enrichment Ammonia Nitrobacteria Identification;

水产养殖;富集;氨氮;硝化菌;鉴定;

37. Keywords source water;water quality improvement;bioaugmentation technique;carrier;nitrobacteria;algae-dissoluble bacteria;Taihu Lake;

水源地;水质改善;生物强化技术;载体;硝化细菌;溶藻细菌;太湖;

38. Study on Enrichment Culture Technique of Nitrobacteria in Sludge

污泥中硝化细菌富集培养技术的研究

39. Keywords oil refinery wastewater;ammonia-nitrogen removal;nitrobacteria;nitration;

炼油废水;氨氮去除;硝化菌;硝化反应;

40. Study on fast quantitative detection for Nitrobacteria in wastewater of biological nitrification stage

生物硝化池污水中硝化细菌的快速定量研究

41. The paper studied the toxicant effect on the nitrobacteria in the united treatment of C-oxidation and nitration using the single aerobic reactor after anaerobic pretreatment of the coking wastewater.

研究了焦化废水在厌氧预处理之后，采用单级好氧反应器进行碳氧化/硝化合并处理时，硝化菌所受废水中有毒物质的影响。

42. To oxidize(an ammonia compound)into nitric acid,nitrous acid,or any nitrate or nitrite,especially by the action of nitrobacteria.

硝化将(氨的化合物)氧化成硝酸、亚硝酸或任何硝酸或亚硝酸酯，尤指通过硝化细菌的作用

43. To oxidize(an ammonia compound) into nitric acid, nitrous acid, or any nitrate or nitrite, especially by the action of nitrobacteria.

硝化将（氨的化合物）氧化成硝酸、亚硝酸或任何硝酸或亚硝酸酯，尤指通过硝化细菌的作用

44. nitrobacteria bacteria

硝化细菌

45. Keywords nitrobacteria;nitrosobacteria;environmental factors;Bohai Bay;

硝化细菌;亚硝化细菌;环境因子;渤海湾;

46. Keywords Nitrobacteria Enrichment and Cultivation Eutrophic Water Body;

硝化细菌;富集培养;富营养化水体;

47. Keywords nitrobacteria;inoculation;biofilter;recirculating aquaculture;Colossoma brachypomum;

硝化细菌;接种;生物滤器;循环流水水产养殖;淡水白鲳;

48. Keywords nitrobacteria;nitrification;environment pollution;

硝化细菌;硝化作用;环境污染;

49. nitrobacteria group

硝化细菌群

50. To oxidize (an ammonia compound) into nitric acid, nitrous acid, or any nitrate or nitrite, especially by the action of nitrobacteria.

硝化：将（氨的化合物）氧化成硝酸、亚硝酸或任何硝酸或亚硝酸酯，尤指通过硝化细菌的作用

51. The result showed that the measurement of nitrifying rate and nitrobacteria count was an important basis for determining the denitrification effects.

结果表明,生物脱氮系统硝化段的硝化速率和硝化细菌数量是判断生物脱氮效果的重要依据。

52. Keywords fluorescence in situ hybridization;nitrifying bacteria;nitrosobacteria;nitrobacteria;

荧光原位杂交法;硝化细菌;亚硝化细菌;硝酸菌;

53. The amounts of bacterium, antinomyces, ammonifying bacteria and cellulose-utilizing bacteria were increased, the nitrobacteria amount was decreased;

覆草增加了土壤细菌、放线菌及氨化细菌和纤维分解菌的数量，降低了硝化细菌数量；

54. The experiment results showed that at the beginning of operation ,nitrite accumulation occurred due to adaptation to environment and growth lag of nitrobacteria .

试验结果表明:在系统运行初期,由于硝酸菌对环境的适应性和生长的滞后性,暂时出现亚硝酸积累,但伴随硝酸菌适应与繁殖,亚硝酸被完全氧化。

55. Tests show that the equivalent sludge concentration and the quantity of nitrobacteria in the aerobic tank were increased when some suspended biomass supports were added in it.

试验表明应用浮动填料可大幅度提高曝气池中的活性污泥浓度并增加硝化菌的固着量，因而使该系统对COD、氨氮和总氮的去除能力均优于普通活性污泥系统。

56. usually rod-shaped bacteria that oxidize ammonia or nitrites: nitrobacteria.

通常为杆状细菌科可以氧化氨或亚硝酸盐；硝化细菌。

57. The culture of active sludge of secondary sedimentation tank of a s ew age treatment plant makes the amount of heterotroph in the sludge be reduced and the amount of nitrobacteria be increased and become the dominating one.

通过对某污水处理厂二沉池的活性污泥进行培养,使污泥中异养菌数量减少,硝化细菌数量增加,成为优势菌。

58. By immobilizing the enriched nitrobacteria separately, the feasibility of applying microorganism immobilization technology to the denitrification of coking wastewater is studied.

通过把富集培养的硝化细菌单独固定化,进行了固定化用于焦化废水脱氮的可行性研究。

59. Keywords Cyperus alternifolius;Constructed wetland;Nitrogen-transformation bacteria;Ammonifying bacteria;nitrobacteria;Denitrifying bacteria;

风车草;人工湿地;氮转化细菌;氨化细菌;硝化细菌;反硝化细菌;

60. Research on enrichment and isolation techniques for high-efficient nitrobacteria

高效硝化细菌的富集培养与分离