流体界面的英文

• fluid interface

• 流体    fluid; fluor
• 界面    interface; boundary; limitin ...
• 沉积物-流体界面    sediment fluid interface
• 流体界面测井    fluid interface log
• 固体界面    solid interface
• 固液体界面    interface between solid and melt
• 晶体界面    crystal interface; grain boundary
• 双晶体界面    bicrystal interface
• 液体-固体界面    liquid-solid interface
• 液体界面    liquid interface; liquid surface
• 液体界面波    wave on fluid interfaces
• 金属 半导体界面    metal semiconductor interface
• 气体固体界面    gas-solid interface
• 心反射体界面    interface， core-reflector
• 不混合液体界面    dineric interface
• 电介质 半导体界面    dielectric semiconductor interface
• 化合物半导体界面    compound semiconductor interface
• 活性区-反射体界面    core reflector interface
• 晶体界面角测量器    goniometer
• 液体界面指示计    liquid interface indicator
• 界面流体    interfacial fiuid; interfacial fluid
• 测角仪 测向计 测向器 晶体界面角测量器    goniometer
• 发送单元终端光发送侧至光导体界面    transmitting element
• 骨料颗粒和水泥浆体界面过渡区    itz
• 本体界    noumenal world

• It shares the advantages of the particle level set method , and has the ability to track the interfaces of multiple fluids
  这个扩展的方法保持了原particle level set方法精确性的优点，同时又具有了跟踪多流体界面的能力。
• To capture the fluid surface more accurately , we extend the particle level set method to a multi - fluid version
  为了更精确的跟踪流体界面的运动，我们把particle level set方法中的粒子修正策略扩展到了一个适合多流体的版本。
• This thesis presents the high resolution numerical simulation methods for multi - fluid dynamics . the main contents include three parts : the first is a set of interface capturing equations deduced to describe the interface evolution , which is suitable for constructing two - order enhanced un - split finite volume scheme and three - order parabolic - piecewise - method ( ppm ) scheme in euler coordinate ; the second is the capabilities of level - set method for tracking multi - fluid interfaces are unproved ; the third is that the computational resolutions are much more advanced by improving adaptive mesh refinement ( amr ) technique
  主要研究目的是获得多介质流体流动的高精度数值模拟方法，主要内容包括界面捕捉方程的推导，适用于euler坐标系的增强型二阶精度非维数分裂有限体积计算格式和三阶精度ppm格式构造，以及发展改进levelset方法提高捕捉流体界面的能力，发展改进网格自适应技术提高各类方程解的计算精度。

• 流体界面とは意味：fluid interface