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    • 1. 发明授权
    • Ionic fluid flow accelerator
    • 离子流体流动加速器
    • US08488294B2
    • 2013-07-16
    • US12427048
    • 2009-04-21
    • Matthew SchwiebertKenneth HonerNels Jewell-Larsen
    • Matthew SchwiebertKenneth HonerNels Jewell-Larsen
    • H01T18/02H05F3/06
    • B03C3/49B03C3/41B03C2201/04B03C2201/10B03C2201/14
    • An electrohydrodynamic fluid accelerator apparatus includes a corona electrode having an axial shape and configured to receive a first voltage. The electrohydrodynamic fluid accelerator apparatus includes a collector electrode disposed coaxially around the at least one corona electrode and configured to receive a second voltage. Application of the first and second voltages on the corona electrode and the collector electrode, respectively, causes fluid proximate to the corona electrode to ionize and travel in a first direction between the corona electrode and the collector electrode, thereby causing other fluid molecules to travel in a second direction to generate a fluid stream. In at least one embodiment of the invention, the ionized fluid proximate to the emitter electrode travels in a radial direction from the corona electrode to the collector electrode, causing the other fluid molecules to travel in an axial direction to thereby generate the fluid stream.
    • 电动液体流体加速装置包括具有轴向形状并构造为接收第一电压的电晕电极。 电动液体流体加速装置包括集电极电极,其围绕至少一个电晕电极同轴设置,并且被配置为接收第二电压。 分别在电晕电极和集电极上施加第一和第二电压使得靠近电晕电极的流体在电晕电极和集电极之间沿第一方向电离并行进,从而使其它流体分子在 产生流体流的第二方向。 在本发明的至少一个实施例中,靠近发射极的离子化流体从电晕电极向集电极行进,使其它流体分子在轴向方向上行进从而产生流体流。