过渡流态微振阻尼机理的集总元模型

T. Zengerle, J. Joppich, H. Lensch, A. Ababneh, H. Seidel
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引用次数: 1

摘要

本文提出了一种集总元模型(LEM),用于分析微振荡器在气体介质边界附近振动时的不同阻尼机制。LEM基于电阻和电感元件以及新引入的电感恒相元件(CPE)。将该模型应用于六种不同气体气氛下的微振实验数据,并将间隙宽度限制在150 ~ 3500 μm之间。LEM与前四种弯曲模式的实验数据吻合较好,电子元件与被测气体的物理性质有较好的相关性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Lumped Element Model for the Damping Mechanism of Micro-oscillators in the Transitional Flow Regime
This study presents a Lumped Element Model (LEM) for the different damping mechanisms of micro-oscillators oscillating in a gas medium near a boundary. The LEM is based on resistive and inductive components as well as on a newly introduced inductive constant phase element (CPE). The model is applied to experimental data of micro-oscillators for six different gas atmospheres and gap widths to a limiting boundary in-between 150 to 3500 μm. The LEM is in good agreement with the experimental data of the first four bending modes and the electronic components exhibit a reasonable correlation to the physical properties of the measured gases.
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