Abstract
The magnetic fluid jet generated by the vibration of an annular permanet magnet-magnetic fluid system was investigated experimentally making use the vibration-testing system. The dynamic behavior of narrow magnetic fluid jet and magnetic fluid surface were analyzed by a three-dimensional motion analysis system composed of two high speed digital cameras. It was found that narrow magnetic fluid jet and homogeneous size drops can be produced by combination of certain excitation frequency and amplitude. Effect of the excitation amplitude on the jet formation of magnetic fluid and the atomization characteristics was revealed in detail.
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