论文标题
在计算上检查板厚度对孔发射器类型电喷雾推进器的影响
Computationally examining the effect of plate thickness on hole emitter type electrospray thrusters
论文作者
论文摘要
提出了一种确定电喷雾推进器的发作电压的新方法，该方法特别着重于通过平板通过激光钻孔制造的电喷雾推进器。这种方法的新颖性是它解释了板的厚度对电喷雾发作电压需求的影响，而传统方法则没有。这项研究的主要结果表明，对于某些材料，厚度的变化会导致发作电压的显着变化，这意味着在计划推进器发射器的设计时，需要考虑板厚度。这种方法允许一种强大的方法来观察关键参数对发作电压的影响。这些发展可能有可能促进和改善这些推进器的设计，从而可以在制造前准确了解功率要求。
A new method for determining the onset voltage of electrospray thrusters is proposed, which specifically focuses on electrospray thrusters manufactured by laser drilling through flat plates. The novelty of this method is that it accounts for the effect of the thickness of the plate on the electrospray onset voltage requirements, while traditional methods do not. Key results from this study indicate that for certain materials a change in thickness results in a notable change in the onset voltage, which implies that the plate thickness needs to be considered when planning the design of the thruster emitters. This methodology allows for a robust method of observing the influence of key parameters on the onset voltage. These developments can potentially facilitate and improve the design of these thrusters, enabling an accurate understanding of the power requirements prior to manufacture.
