1) biomass
[英]['baɪəʊmæs] [美]['baɪo'mæs]
生物膜量
1.
The morphology and structure of biofilm in sequencing batch biofilm reactor with biological phosphorus removal ability were observed by scanning electron microscopy,and the effect of volume loading,aeration capacity and cyclic water quantity on biomass was also investigated.
通过扫描电镜对具有除磷功能的序批式生物膜反应器中生物膜的形态结构进行了观察,并考察了容积负荷、曝气量和厌氧循环水量对生物膜量的影响。
2.
The incorporation of waste tire beads at a concentration of 40 g/L into conventional activated sludge tank, led to the attachment of 50 mg/g biomass on the surface of tyre beads at steady state.
传统的活性污泥工艺中加入废弃轮胎颗粒作为生物膜载体形成复合式生物膜反应器 ,在颗粒浓度为40g/L时 ,稳定运行条件下在轮胎颗粒表面可形成约50mg/ g 的生物膜量 ,即在传统曝气池的2000～3000mg/L悬浮生长污泥的基础上 ,可增加2000mg/L的附着生物膜量。
2) attached biomass
生物膜量
1.
In order to provide experimental data for practical bioflim reactor choosing advisable ratio and activities of suspended biomass and attached biomass,the characteristics of attached biomass and suspended biomass in a batch denitrifying MBBR were instructed in this paper.
m3)/d的条件下,以反硝化MBBR为对象,测定了系统到达稳定状态时的生物膜量、膜厚、悬浮微生物和生物膜各自占总生物量的比例以及各自的活性。
3) biofilm biomass
生物膜量
1.
25mgO2/g·h;its biofilm biomass was within 3.
h之间,其生物膜量在3。
4) substrate flux of biofilm
生物膜底物通量
5) biofilm
微生物膜
1.
Initial Corrosion Behavior under Biofilms of Metal Material in Sea Water;
海水中微生物膜下金属材料初期腐蚀行为
2.
Identification of compositions of the biofilm in a Beijing simulator water distribution system pipe networks by PCR and single strand conformation polymorphism(PCR-SSCP) technique and analysis of its heterotrophic bacterial by heterotrophic plate count(HPC) were performed.
以北京市模拟给水管网管壁微生物膜为研究对象,采用HPC(异养菌平板计数)和PCR-SSCP(单链构象多态性)方法,分析模拟给水管网管壁微生物膜异养菌数目和微生物群落结构。
3.
The progress of these techniques and some techniques used in biofilm related problems are discussed.
对微生物膜中生物大分子化学分析做了介绍。
6) biofilm process
生物膜法
1.
A comparison study of Monosodium L glutamate wastewater treatment by activated sludge process and biofilm process;
活性污泥法与生物膜法处理味精废水的中试对比试验研究
2.
Study on denitrification by anoxic-aerobic biofilm process;
缺氧－好氧生物膜法脱氮技术的研究
3.
To solve this this problem and to find an effective and lowcost treatment,we use biofilm process to remove minimum amount of pollutions.
为了解决这一问题 ,探索有效、低成本的处理方法 ,作者应用生物膜法对地下水中微量有机污染物的去除做了系统的实验和研究 ,结果表明 ,该方法对地下水微量有机污染物有很好的去除作
补充资料：固定生物膜法(fixed biofilm process)
分子式：
CAS号：
性质：又称固定生物膜法(fixed biofilm process)。指使废水中有机物或其他组分转化为气体和细胞组织的微生物，附着于某些惰性介质(例如砾石、炉渣、矿渣)和专门设计的陶瓷或塑料填料上生长的生物处理工艺。可分为附着生长好氧生物处理工艺(常用的有滴滤池、粗滤池、生物转盘和固定床硝化反应器)和附着生长厌氧生物处理工艺(常用的有厌氧滤池)。
CAS号：
性质：又称固定生物膜法(fixed biofilm process)。指使废水中有机物或其他组分转化为气体和细胞组织的微生物，附着于某些惰性介质(例如砾石、炉渣、矿渣)和专门设计的陶瓷或塑料填料上生长的生物处理工艺。可分为附着生长好氧生物处理工艺(常用的有滴滤池、粗滤池、生物转盘和固定床硝化反应器)和附着生长厌氧生物处理工艺(常用的有厌氧滤池)。
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