摘要综述了多维分离模式在微流控芯片中的应用以及多维芯片在生命科学中的应用。
The research of multidimensional separation mode applied in micro fluidic chip and its application in life science is summarized.
中间包实验采用数理模拟的研究方法对各种控流装置条件下中间包内钢液的流动模式、夹杂物模式以及流场等方面进行研究。
Most methods were adopted to research the steel flow pattern, inclusion trajectories and fluid flow field with and without flow control devices.
报导了五流方坯连铸中间罐内流体流动状态的水力学模拟试验研究，其试验结果表明：在该中间罐内设置适当的控流装置形式对改善中间罐内流体的流动模式是可行的。
The water modeling of five - strand billet caster tundish was carried out. The result has showed the appropriate shape of flow control devices in tundish is feasible to improve flow pattern of fluid.
报导了五流方坯连铸中间罐内流体流动状态的水力学模拟试验研究，其试验结果表明：在该中间罐内设置适当的控流装置形式对改善中间罐内流体的流动模式是可行的。
The water modeling of five - strand billet caster tundish was carried out. The result has showed the appropriate shape of flow control devices in tundish is feasible to improve flow pattern of fluid.
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