A second-generation constrained reaction volume shock tube

M. F. Campbell; A. M. Tulgestke; D. F. DavidsonR. K. Hanson

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A second-generation constrained reaction volume shock tube

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We have developed a shock tube that features a sliding gate valve in order to mechanically constrain the reactive test gas mixture to an area close to the shock tube endwall, separating it from a specially formulated non-reactive buffer gas mixture. This second-generation Constrained Reaction Volume (CRV) strategy enables near-constant-pressure shock tube test conditions for reactive experiments behind reflected shocks, thereby enabling improved modeling of the reactive flow field. Here we provide details of the design and operation of the new shock tube. In addition, we detail special buffer gas tailoring procedures, analyze the buffer/test gas interactions that occur on gate valve opening, and outline the size range of fuels that can be studied using the CRV technique in this facility. Finally, we present example low-temperature ignition delay time data to illustrate the CRV shock tube's performance.

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《Review of Scientific Instruments》 |2014年第5期|055108-1-055108-11|共11页
作者
M. F. Campbell; A. M. Tulgestke; D. F. DavidsonR. K. Hanson;
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Department of Mechanical Engineering, Stanford University, Stanford, California 94305, USA;

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正文语种英语
中图分类仪器、仪表;
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A second-generation constrained reaction volume shock tube

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