New Perspectives on Gas-Liquid Two-Phase Flow

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When gas passes through the central tube immersed in liquid, it is due to the difference in density. The lower part of the central tube will absorb liquid. There are new arguments regarding gas-liquid two-phase flow: First, the gas exits from the upper part of the central tube. Liquid is absorbed at the lower part of the central tube, but the liquid inside the central tube does not emerge from its upper part. II. The liquids inside and outside the central tube do not circulate. The circulation of the liquid occurs only inside the central tube. III. The concentration of the straight central tube is higher at the two ends and lower in the middle. The concentration in the central tube of the hyperbola is low at both ends and high in the middle. IV. There is a threshold between the cross-sectional diameter of the central tube and the air volume. If anyone is interested in gas-liquid two-phase flow, please contact me.