1) Immobilized microalgae
固定化微藻
1.
Immobilized Oocystis borgei and Nannochloris oculata are artificially introduced into the culture system of Penaeus vannamei, then the changes of factors that relate to the anti- disease ability of prawn are inspected and the main water quality factors are measured to study the influence of immobilized microalgae improving culture water quality on the anti-disease ability of prawn .
引入固定化波吉卵囊藻(Oocystis borgei)和微绿球藻(Nannochloris oculata)于凡纳对虾(Penaeus vannamei)养殖环境中,检测与凡纳对虾抗病力有关因子的变化和测定主要水质因子,研究固定化微藻改善养殖水质对对虾抗病力的影响。
2) immobilized algal film
固定化藻膜
1.
The simulated research on removing nitrogen and phosphorous by immobilized algal film;
固定化藻膜去除水中氮磷的模拟研究
3) immobilized bacteria-algae
菌藻固定化
1.
Experiment results showed that the removal efficiency of nitrogen and phosphorus by immobilized bacteria-algae beads were 100% and 89.
实验结果表明,固定化菌藻对氮磷的去除效果优于固定化细菌和固定化藻类;在污水中添加葡萄糖的条件下,菌藻固定化胶球在44h时对NH+4-N和PO43--P分别达到100%和89。
4) immobilized Scenedesmus sp
固定化栅藻
5) immobilized algae
固定化藻类
1.
Nitrogen removal from wastewater by four species of immobilized algae
4种固定化藻类对污水中氮的净化能力研究
2.
Phosphorus removal ability of immobilized algae from waste water
固定化藻类对污水中磷的净化能力研究
3.
This article summarized main researches of past twenty years in immobilized algae for N、P removal.
综述了近20年来固定化藻类去除氮、磷的主要研究,归纳分析了相关的研究数据和结果,分别从固定化技术、藻类的生理特征、去除机理、影响因素、生物反应器等方面做了具体介绍。
6) immobilized algal-bacteria
固定化藻菌
1.
Effect of cell concentration on the removal of nitrogen and phosphorus in synthetic wastewater by the immobilized algal-bacterial system;
固定化藻菌的小球浓度对模拟生活污水脱氮除磷效果的影响
2.
Removal of nitrogen, phosphorus and organic matters by immobilized algal-bacteria under fluidization condition
固定化藻菌流态化去除氮磷及有机物的研究
3.
The experiments carried in the fluidized photobioreactor for treating beverage wastewater by putting in the immobilized algal-bacterial beads, with discussion of the effect of gas velocity,liquid velocity and the density of immobilized algal-bacterial on the removal efficiency.
在自制的流化床光生物反应器中加入固定化藻菌小球来处理饮料废水,主要探讨了反应器中气速、液速以及固定化藻菌小球密度对系统去处效率的影响。
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