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    • 1. 发明授权
    • Shunt-induced high frequency excitation of dielectric barrier discharges
    • 分流引发的高频激发介质阻挡放电
    • US06831421B1
    • 2004-12-14
    • US10402869
    • 2003-03-24
    • Peter Bletzinger
    • Peter Bletzinger
    • H01B3700
    • B01D53/32B01D2259/818H05H1/2406H05H2001/2456
    • An ionizing discharge device operating arrangement wherein initiation of discharges in for example a dielectric barrier discharge device is accomplished by a short circuit shunting of the charged electrodes of the device. A cycle of slow charging of the device inter-electrode capacitance followed by a high-speed electrode-shunting event is used for continuing operation of the device. In this operating cycle energy storage is accomplished by the inter-electrode capacitance of the device without causing ionization by way of a controlled rate of capacitance charging accomplished without assistance of additional storage elements. Desirable fast pulse rise-time energization characteristics are achieved in the dielectric barrier discharge device by way of using a fast, preferably electronic, switch in the shunting operation and maintaining the discharge in a circuit of relatively low inductance and minimal lead lengths.
    • 电离放电装置工作装置,其中例如介电阻挡放电装置中的放电开始通过器件的带电电极的短路分流来实现。 使用器件电极间电容缓慢充电的循环,随后是高速电极分流事件,用于器件的继续操作。 在该操作循环中,通过器件的电极间电容来实现能量存储,而不会通过在没有附加存储元件的帮助下实现的电容充电的受控速率而引起电离。 通过在分流操作中使用快速的,优选电子的开关,在电介质阻挡放电装置中实现理想的快速脉冲上升时间通电特性,并将放电保持在电感相对较低的电路和最小的引线长度上。