Standoff Pressures and Thermal Characterization of the Peltier-Actuated Microvalve

R. Welle, C. Chrystal, B. Hardy
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引用次数: 2

Abstract

Experiments were conducted with Peltier-actuated microvalves to determine the maximum stand-off pressures possible with such valves, and to investigate the effect of supercooling on valve operation. Stand-off pressures were found to exceed the limits of measurability at 10 MPa. The experimental data, supported by thermal modeling, indicated that supercooling in linear-junction microvalves was typically about -15 C, while supercooling in tube-type Peltier valves ranged from -8 to -20 C
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peltier微阀的侧差压力和热特性
实验采用peltier驱动的微阀,以确定此类阀门可能的最大分离压力,并研究过冷对阀门操作的影响。在10兆帕时,发现分离压力超过了可测量的极限。热模型支持的实验数据表明,线性结型微阀的过冷度通常在-15℃左右,而管型Peltier阀的过冷度在-8 ~ -20℃之间
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