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three-cell
相关语句
  三槽
    Treatment of Strongly Oxidized Water by Three-cell Electrodialysis Stack
    三槽隔膜式强酸性水的制备
短句来源
    A method of producing strong acid water using three-cell electrodialysis stack by membrane electrodialysis was proposed. Structure of equipment and preparation method were also elucidated. Authors of this paper discussed systematically the selection of equipment component materials and electrolysis potential.
    针对现行的二槽隔膜式强酸性水制取设备的结构和缺点提出了三槽隔膜式强酸性水制取设备的结构和方法,描述了三槽隔膜式强酸性水制取设备的结构及其工作原理,系统地讨论了三槽隔膜式强酸性水制取设备的单元材料和电解电压的选择。
短句来源
    Basic Structure and Parameters of Batch Typed Three-cell Electrodialysis Stack for Strong Oxidized Water Making
    三槽型批式制取强酸性水设备的结构及参数
短句来源
    Processing charaeteristic in preloaration of strong acid water with three-cell electrodialysis stack
    三槽隔膜式设备制取强酸性水的工艺特性
短句来源
    Experiment-al results indicated that three-cell electrodialysis is a prosperous method for strong acid water preparation by electrolysis.
    三槽隔膜式强酸性水制取方法是一种有应用前景的制备强酸性水的方法。
短句来源
  三槽型
    Basic Structure and Parameters of Batch Typed Three-cell Electrodialysis Stack for Strong Oxidized Water Making
    三槽型批式制取强酸性水设备的结构及参数
短句来源
  三槽型
    Basic Structure and Parameters of Batch Typed Three-cell Electrodialysis Stack for Strong Oxidized Water Making
    三槽型批式制取强酸性水设备的结构及参数
短句来源
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  three-cell
Forty hours after insemination 50% of the oocytes were at the two-cell stage and 50% were at the three-cell stage.
      
The RRA two-cell and RRA three-cell algorithms clearly mark the end of the voice contention period, thereby enabling all of the terminals within the microcell to differentiate between available voice and available data slots.
      
We model a three-cell configuration and study the effects of increasing the strength of a central sink and of moving the central sink.
      
The study reports the dynamic characteristics of a small-scale cell (active area 9 cm2), a large-scale cell (active area 272 cm2), and a three-cell stack.
      
However, the current efficiencies for the DDQ cathodes in a three-cell immersion-type battery were not high enough for high drain applications, probably due to a high leak current through the common electrolyte.
      
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A mathematical model was developed to predict the performance of an industrial continuous bulk styrene polymerization process. The present process contained three post-polymerization reactors. Each reactor includes three cells and two shell and tube heat exchangers. Flow behavior of cell was investigated. The result indicated that the cell could be simplified as one or two continuously stirred tank (CST)reactor. And the post-polymerization reactors were simplified as CST and plug flow(PF)reactor models in series....

A mathematical model was developed to predict the performance of an industrial continuous bulk styrene polymerization process. The present process contained three post-polymerization reactors. Each reactor includes three cells and two shell and tube heat exchangers. Flow behavior of cell was investigated. The result indicated that the cell could be simplified as one or two continuously stirred tank (CST)reactor. And the post-polymerization reactors were simplified as CST and plug flow(PF)reactor models in series. The simulation values of conversion, average relative molecular mass and its distribution were in good agreement with industrial data.

对苯乙烯工业本体后聚合过程进行了模型化研究。建立了实验模拟装置 ,对塔式反应器的混合模式进行了分析。结果表明 ,后聚釜中的每段双螺带搅拌部分可视为 1或 2个全混流 (CST)反应器模型 ;利用工业装置采集的数据对不同模型进行了对比 ,选取了CST与平推流 (PF) 5段串联的反应器模型 ;对宏观转化率和平均相对分子质量进行了验证 ,模拟结果和工业数据相吻合

Using solanesol as the starting material and N-solanesylpiperazine as the key intermediate, several N-acyl-N′-solanesylpiperazine derivatives (4a~4d) and two similar compounds containing glucosyl fragments, N-(2-acetyl glucosylbenzoyl)-N′-solanesylpiperazine (5) and N-(2-glucosylbenzoyl)-N′-solanesyl piperazine (6), were firstly designed and synthesized to evaluate their biological property. The structure of these compounds was confirmed by IR, 1H NMR, MS spectra and elemental analysis. Compounds 4c, 5,...

Using solanesol as the starting material and N-solanesylpiperazine as the key intermediate, several N-acyl-N′-solanesylpiperazine derivatives (4a~4d) and two similar compounds containing glucosyl fragments, N-(2-acetyl glucosylbenzoyl)-N′-solanesylpiperazine (5) and N-(2-glucosylbenzoyl)-N′-solanesyl piperazine (6), were firstly designed and synthesized to evaluate their biological property. The structure of these compounds was confirmed by IR, 1H NMR, MS spectra and elemental analysis. Compounds 4c, 5, 6 were tested in vitro for their anti-tumor activity on KB, Bel-7402 and HCT-8 cells. The preliminary biological studies showed that compound 6 had better inhibition effect than 4c and 5 on the tested three cell lines.

以茄呢醇为起始原料和茄呢基哌嗪为关键中间体合成了 4个N 酰基 N′ 茄呢基哌嗪 ( 4a~ 4d) ,以及 2个含葡萄糖单元的N ( 2 全乙酰葡萄糖基苯甲酰基 ) N′ 茄呢基哌嗪 ( 5 )和N ( 2 葡萄糖基苯甲酰基 ) N′ 茄呢基哌嗪 ( 6) ,共 6个新茄呢基哌嗪衍生物 .其结构经元素分析 ,IR ,1HNMR和MS确证 .测试了化合物 4c ,5 ,6对三种人癌细胞 (Bel 740 2 ,KB ,HCT 8)的体外生理活性 ,初步结果表明化合物 6比 4c和 5对三种所测细胞有更好的抑制效果

A method of producing strong acid water using three-cell electrodialysis stack by membrane electrodialysis was proposed.Structure of equipment and preparation method were also elucidated.Authors of this paper discussed systematically the selection of equipment component materials and electrolysis potential.Optimum processing parameters such as electrode distance,potential and content of saline water etc.were obtained.Experiment-al results indicated that three-cell electrodialysis is a prosperous...

A method of producing strong acid water using three-cell electrodialysis stack by membrane electrodialysis was proposed.Structure of equipment and preparation method were also elucidated.Authors of this paper discussed systematically the selection of equipment component materials and electrolysis potential.Optimum processing parameters such as electrode distance,potential and content of saline water etc.were obtained.Experiment-al results indicated that three-cell electrodialysis is a prosperous method for strong acid water preparation by electrolysis.

针对现行的二槽隔膜式强酸性水制取设备的结构和缺点提出了三槽隔膜式强酸性水制取设备的结构和方法,描述了三槽隔膜式强酸性水制取设备的结构及其工作原理,系统地讨论了三槽隔膜式强酸性水制取设备的单元材料和电解电压的选择。通过自制电解槽实验获得了该设备制取强酸性水的电极距离、电压、盐水浓度等影响因素的最佳工艺参数。三槽隔膜式强酸性水制取方法是一种有应用前景的制备强酸性水的方法。

 
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