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- As a newly developed modified SBR (Sequential Batch Reactor) MSBR has the advantages of both SBR and conventional activated sludge processes. MSBR技术及其在污水处理中的应用，其中包括MSBR的基本原理、操作过程、技术特点与开发研究的重点等。
- MethodsThe study was in flask and fermentation tank culture by batch and fed batch method. 方法通过摇瓶培养和分批及补料分批发酵培养进行研究。
- Keyword Export for Batch Reactor Keyword export for batch reactor is available in this version. 该版本有间歇反应器的关键字输出文件。
- Objective: To prepare recombinant granulysin(GNLY) by fed batch cultivation of E. coli BL21(DE3)pLysS in a FUS-50L bioreactor. 目的:在FUS-50L生物反应器中利用补料分批培养技术培养表达含重组质粒pET28a(+)-GNLY的大肠杆菌BL21(DE3)pLysS株,生产重组颗粒溶素(GNLY)。
- In the text, the forming process and the microbial ecology of the activated sludge floe in SBR (sequencing batch reactor) were observed and studied. 摘要采用序列间歇式反应器(SBR)，对啤酒废水活性污泥凝絮体的形成过程及其微生态演替进行研究。
- A complex exothermic batch reactor model was developed by using structure approaching hybrid neural networks（SAHNN）. 摘要 利用结构逼近式混合神经网络（SAHNN）建立了一类典型放热液相二级平行间歇反应的数学模型。
- The optimum culture conditions of genetically engineered Pichia pastoris in shake flask cultivation and in fed batch fermentation were investigated respectively. 在摇瓶条件下对基因工程菌 Pichia pastoris的发酵条件进行了实验 ,并根据摇瓶发酵的优化结果进行了补料分批高密度发酵。
- Sequencing batch reactor(SBR) has some advantages of continuous stirred tank reactor(CSTR) and plug flow reactor(PF). SBR兼有全混合反应器与推流式反应器的优点。
- The effect of fed batch system with the measuring tank on the fermentation of a newly selected strain,Aspergillus niger wml-016,was studied in a 50 L automatic fermentor. 选择计量罐式连续流加补料系统,采用新选育的黑曲霉(Aspergillus niger)Wml-016菌株在50 L自动发酵罐上研究间歇补料对发酵的影响。
- Abstract : Hydrolysis of adiponitrile (ADN) in near-critical water was successfully conducted in a batch reactor. 摘要 ： 在间歇式反应器中成功地实现了己二腈(ADN)在近临界水中的水解。
- This experimentation uses Anaerobic Sequencing Batch Reactor (ASBR) disposing Tio2 wastewater. 采用厌氧序批式反应器(ASBR)处理含高浓度的硫酸盐废水。
- Understanding and grasping the characteristics and process control of Sequencing Batch Reactor process under the different experimental conditions. 通过制定不同的实验方案理解和掌握间歇式活性污泥法的工艺原理和运行操作条件的控制。
- The synthetic process of 2,4di?tert?butylphenol was studied in a batch reactor, while isobutylene was used as alkylating agent. 以异丁烯为烷化剂 ,在间歇反应釜中研究了苯酚烷基化反应合成 2 ,4二叔丁基苯酚的反应工艺。
- The research results shown that: the model obtained could well describe the process of penicillin fermentation in fed batch, as the network architecture is 5 3 5 3 topology, learning step is 1, initial weight is 0.98 and convergence rule is 10 10 . 研究结果表明：当网络拓扑结构为5?3?5?3，步长为1、初始权值取0?98及收敛准则为10?10时，所得到的模型能够很好地描述青霉素补料分批培养过程
- The effect of excess sludge reduction by uncoupler of 2,4-dechlorophenol(DCP) was studied using Sequencing Batch Reactor. 采用序批式活性污泥反应器试验研究了解偶联剂2,4-二氯酚(DCP)的污泥减量化效果。
- Fed batch fermentation can also increase 1,3 PDO concentration and yield,accompanying the maximal 1,3 PDO concentration and yield,397.7 mmol/L and 0.625 mol/mol is got respectively. 采用流加甘油发酵工艺 ;1 ;3 丙二醇浓度和转化率分别可提高到 397.;7mmol/L和 0
- We begin with the transient energy balance equation on unsteady CSTR operation.It is derived the general energy balance on the batch reactor. 从釜式反应器的瞬时能量衡算通式出发,导出了分批釜操作的能量衡算式。
- When the fed batch reaction was made under the above conditions, our results obtained were that concentration of FDP accumulation was 0.399mol/L(135.65g/L) and yield in terms of the glucose consumption was 28.2%. 在该条件下，于补料分批式反应中，FDP积累浓度达到0.;399mol/L（135
- Methods Denitrifying phosphorus removal was verified in a laboratory anaerobic/anoxic/ aerobic sequencing batch reactor (SBR). 方法采用及氧／缺氧／好氧方式运行的SBR反应器。
- MethodsThe optimized host cell,culture medium and induction time were deternined according to the growth and expression specificity of nrhTNF on test tube and flask shaker. Then fed batch culture was carried out on 5 L automatic fermentor. 方法通过探讨nrhTNF工程菌在试管和锥形摇瓶中的生长和表达规律 ,筛选并确定其最适宿主菌、最佳培养基及最佳诱导表达条件 ,然后在 5L自控发酵罐中进行分批补料培养。
