The invention discloses an annular ion wind propulsion device and an operation method thereof.The annular ion wind propulsion device comprises a support, a base, an annular emitter, an annular grounding end, a high-voltage power source and a wire, the annular emitter is connected with the high-voltage power source through the wire, and the annular grounding end is connected with the high-voltage power source through the wire; the annular emitting electrode and the annular grounding end are connected with the base through a first support. A plurality of discharge electrodes are arranged on the surface of the annular emitter to form a conductive layer, and the cross-sectional area of the connecting part of the bottom of each discharge electrode and the annular emitter is larger than that of the top of the discharge electrode. The discharge electrodes are uniformly distributed on the outer ring of the annular emitter, and the top tips of the discharge electrodes directly face the annular grounding end. According to the invention, through the arrangement of the annular structure, the ionic wind thrust between the annular emitter and the annular grounding end and the thrust near the annular emitter are superposed to form integral thrust multiplication, so that greater thrust can be realized through the ionic wind technology in a smaller size.
本发明公开了一种环形离子风推进装置及其操作方法,包括支架、底座、环形发射极、环形接地端、高压电源和导线,所述环形发射极通过导线与高压电源连接,所述环形接地端通过导线与高压电源连接,所述环形发射极与环形接地端均通过第一支架与底座连接。所述环形发射极表面设置有若干个放电极构成导电层,所述放电极底部与环形发射极连接部位的截面面积大于放电极顶部截面面积。放电极均布环形发射极外圈,且放电极顶部尖端正对环形接地端。本发明通过设置环形结构,将环形发射极与环形接地端之间的离子风推力与环形发射极附近推力相叠加,形成整体推力倍增,可以在更小的尺寸内通过离子风技术实现更大的推力。
Annular ion wind propulsion device and operation method thereof
一种环形离子风推进装置及其操作方法
2024-10-18
Patent
Electronic Resource
Chinese
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