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湍流理论 meaning in English

turbulence theory

Examples

  1. Recent advance in plasma turbulence theory research
    等离子体湍流理论研究的最新进展
  2. However , there are some inextricable problems in the theories of both wind waves and turbulence , so our theoretical analysis about the wave - turbulence interaction is rudimentary and incomplete
    由于海浪理论和湍流理论都存在着一些目前无法解决的问题,所以文中对混合层中波?湍相互作用物理机制的探讨只是一个初步的尝试,远不是完善。
  3. Fourthly , by an analysis of log - amplitude scintillation due to troposphere turbulent , it is shown that the relative humidity and temperature are the major factor impacted on log - amplitude scintillation , at microwave and millimeter - wave band
    第四,根据大气湍流理论分析了在微波和毫米波波段影响幅度闪烁的主要因素是大气相对湿度和温度。
  4. Based on series fundamental experiments and theoretical analyses , the electro - spray of fuel and charged two - phase turbulent flow are studied systematically and comprehensively in this thesis , which established a research foundation for electro - spray combustion . the research involves charging mechanism , charging and atomization characteristics of fuel , flow field properties of electro - spray , theory of charged two - phase flow and numerical simulation
    本文围绕燃料的静电喷雾与荷电两相湍流射流进行了系统而深入的理论和实验研究,研究内容包括燃料的荷电机理、荷电雾化特性、荷电喷雾射流流场及荷电两相湍流理论与数值计算,为荷电喷雾燃烧的进一步研究奠定了基础。
  5. A kind of two - equation turbulent model of charged fluid flow is constructed , in which the interaction between electric field and flow field is considered . based on analyzing the properties of forces on the charged droplets in the spray , pseudo - fluid of charged droplets phase method is adopted to develop a kind of charged two - phase turbulent model . this model takes account of the interaction between charged droplets phase and electric field , the inter - phase action between droplets and gas , convection and diffusion of droplets " turbulent energy
    考虑电场与流场的耦合作用,建立了荷电流体的湍流模型,在荷电颗粒受力分析的基础上,采用颗粒拟流体的方法建立了荷电气液两相湍流理论模型,该模型考虑了荷电颗粒相流场与电场的耦合作用,气相与颗粒相的相间作用以及颗粒相自身湍能的对流与扩散。
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Related Words

  1. 湍流法
  2. 湍流渠
  3. 湍流扩散
  4. 强烈湍流
  5. 湍流力学
  6. 扰动湍流
  7. 湍流噪声
  8. 通过湍流
  9. 各向同性湍流
  10. 电离层湍流
  11. 湍流扩散模式
  12. 湍流扩散系数
  13. 湍流力学
  14. 湍流流动
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