反应器理论

反应器理论反应器理论
  1. 运用化学工程中反应器理论,试验分析波式潜流人工湿地(W-SFCW)中的停留时间分布。

    The residence time distribution in W-SFCW system experiments was studied using the reactor theory , from chemical engineering .

  2. 根据反应器理论,将螺旋升流特征应用于污水处理的反应技术之中,开发出了一种新型的污水处理设备&螺旋升流式反应器(SUFR)。

    According to the reactor theory , our research team applied the characteristic of spiral up-flow to the wastewater treatment technique and conducted a new reactor for wastewater treatment & – spiral up-flow reactor ( SUFR ) .

  3. 循环流化床反应器理论研究进展

    Progress of Theoretical Study on Circulating Fluidized Bed Reactor

  4. 化学反应器理论与食草动物的消化对策

    Chemical reactor theory and digestive strategies of the herbivores

  5. 反应器理论在中药废水处理改造工程中的应用

    Application of reactor theory to technical reformation works for traditional Chinese medicine wastewater treatment

  6. 反应器理论在复合垂直流构建湿地水流流态研究中的应用

    Application of the Reaction Theory to Flow Pattern on the Integrated Vertical Flow Constructed Wetland

  7. 生物选择反应器的理论与设计计算

    The Theory and Design Calculation of the Bio-selector

  8. 膜反应器的理论分析

    Theoretical analysis of a membrane reactor

  9. 一种电化学反应器的理论分析

    Theoretical analysis of a electrochemical reactor

  10. 然后应用反应器分析理论对固定床反应器的特性进行分析,结果表明反应器的壁效应对反应的影响可以忽略不计。

    The characteristics of the fixed bed reactor were analyzed using relative theories . The analysis showed that the wall effect of the reactor was neglectable .

  11. 利用化学反应器模型及理论可以定量地描述动物的消化过程,阐述动物采取的消化对策和分析食物的消化动力等。

    Chemical reactor model is very useful to characterize the animal gut quantitatively and help us to interpret the digestive strategies of animals .

  12. 循环反应器的数学模型理论及其应用

    Theory and use of the Mathematical Models in the Recycle Reactors

  13. 内循环气升式反应器液体循环速度理论预测

    Theoretical Prediction of Liquid Circulation Velocity in inter - Loop Airlift Reactors

  14. 与现有的组织工程血管生物反应器相比,在理论和实践上有较大的创新性。

    Compared with the present bioreactors , this small-diameter tissue engineered blood vessel bioreactor is evidently innovative in theory and practice .

  15. 总之,本研究初步建立了异养转化藻株,为杜氏盐藻生物反应器的建立提供理论基础。

    In conclusion , D.salina heterotrophic strain was preliminarily established , which will provide theoretical basis for construction of D.salina bioreactor .

  16. 本文试图解决某些限制厌氧反应器应用的关键理论和技术问题,提高厌氧反应器的设备开发能力。

    In this paper is described the attempt to solve the key theoretical and technological problems restricting the development of anaerobic reactors , and the consequent improvement in equipment .

  17. 由于侧光光纤相对其他光导纤维而言,结构简单且廉价易得,如能验证其在传输光能的高效性方面具备一定优势,就可以一定程度上为光生物反应器的优化提供理论研究的基础。

    Due to the structure of side-lighting optical fiber is relatively simple and cost-effective , if the research can verify that the side-lighting optical fiber is efficient and has its own advantages to transfer light energy , it can be a certain theoretical basis for the optimization of optical bioreactor .

  18. 以石油磺酸铵为原料,根据传统反应机理和微反应器理论,初步研究了镁盐润滑油清净剂的制备过程。

    The synthesis mechanism of them is preliminarily studied based on traditional reaction mechanism and micro-reactor theory .

  19. UO2氢氟化制备UF4新型反应器的研究&7型炉反应器的理论分析及试验验证

    Study on a new hydrofluorination reactor for preparation of uf_4 from uo_2 & theoretical analysis and experiment of the " 7 " furnace reactor

  20. 本文着重研究了转锥式反应器生产能力的计算方法,为转锥式反应器的设计提供理论支持。

    This article put more attention on computational method of it 's product capability . The article provided theoretical support for the design of rotating cone reactor .

  21. 计算结果对于分析轴向对称立式MOCVD反应器中热量和动量输运现象均有普遍指导意义,为优化设计MOCVD反应器提供了理论依据。

    The numerical results presented can also be used to predict thermal conductivity and diffusion and momentum transport phenomena in axisymmetric vertical reactor . It provides the theoretic basis for optimization of MOCVD reactor .

  22. 文章介绍了径向流反应器的结构特点,总结了其在工业生产中的应用,简要回顾了关于径向流反应器的理论研究进展,指出了径向流反应器今后研究及发展的方向。

    In this article , the structural feature of radial-flow reactor is introduced , its application in industry is summarized , development of radial flow reactor in theory research is briefly reviewed and the developing direction of radial-flow reactor is pointed out .