1) immobilized nitrogen cycle bacteria
固定化氮循环细菌
1.
In situ remediation of eutrophic water bodies by the combination of water hyacinth and immobilized nitrogen cycle bacteria
凤眼莲-固定化氮循环细菌联合作用对富营养化水体原位修复的研究
2.
Experimental studies were carried out on the purification of eutrophic lake water by simulative dynamic experiment using immobilized nitrogen cycle bacteria.
研究结果表明 ,富营养化湖水经固定化氮循环细菌净化后 ,总氮下降72 。
2) immobilized nitrogen cycling bacteria(INCB)
固定化氮循环细菌
1.
A technique consisting of aquatic plants,artificial fillers and immobilized nitrogen cycling bacteria(INCB)was adopted in situ purifying contaminated Xinyi River in fall and winter seasons.
采用水生植物、人工填料和固定化氮循环细菌技术(INCB),在秋冬季节对新沂河进行原位污染治理和生态修复实验。
2.
The release experiments of immobilized nitrogen cycling bacteria(INCB) were conducted in the physico ecological engineering(PEEN) experiment plot in Hongfenghu Lake of Guizhou province.
研究了固定化氮循环细菌技术 (INCB)在物理生态工程 (PEEN)试验区的释放效果 ,INCB释放氮循环细菌对水生高等植物根部菌数的作用 ,PEEN试验区分布对INCB释放细菌效果的影响 ,PEEN INCB技术试验区布设对INCB释放氮循环细菌效果的影响。
3) Immobilized nitrogen cycling bacteria
固定化氮循环细菌
1.
Nitrogen cycling bacteria,including ammonifying,nitrobacteria,nitrosobacteria and denitrifying bacteria were screened,carrier was made and immobilized nitrogen cycling bacteria(INCB) was prepared.
通过细菌筛选、载体分析、固定化氮循环菌制备,获取了高效固定化氮循环细菌;采用固定化氮循环细菌技术对镇江金山湖富营养化水体进行了治理研究。
4) nitrogen cycling bacteria
氮循环细菌
1.
Application of immobilized nitrogen cycling bacteria in water purification of urban lakes
固定化土著氮循环细菌在城市湖泊水体净化中的应用
5) immobilized bacteria
固定化细菌
1.
The nitrogen removal effect by immobilized bacteria in fluidized bed was studied by means of bacteria screening,carrier preparation,selection of operation process and so on.
从金山湖天然水体中筛选出具有生态安全性的土著氨化、硝化、亚硝化、反硝化细菌,通过细菌筛选、载体制备、运行工艺选择等对固定化细菌流化床脱氮效果进行研究。
2.
The results showed that the carbon sources can be used by the immobilized bacteria as exogenous carbon sources.
固定化细菌能利用水中部分的有机物进行反硝化作
补充资料：固定化固定相开管柱
分子式：
CAS号：
性质：固定化固定相是：(1)固定相分子间进行共价交联；(2)固定相与毛细管内表面进行化学键合。主要固定化方法有原位加热缩合法、原位自由基诱导法等。通常涂渍方法制备的开管柱在升温使用中，不同程度发生固定液流失、液膜破裂等现象，而固定化固定相开管柱柱性能稳定，柱效高。
CAS号：
性质：固定化固定相是：(1)固定相分子间进行共价交联；(2)固定相与毛细管内表面进行化学键合。主要固定化方法有原位加热缩合法、原位自由基诱导法等。通常涂渍方法制备的开管柱在升温使用中，不同程度发生固定液流失、液膜破裂等现象，而固定化固定相开管柱柱性能稳定，柱效高。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条