Mixing Investigation of Supersonic Hydrogen and Fluorine Flows.
Abstract
Experimental data from two shock tube/shock tunnel facilities capable of simulating the mixing zone regions of continuous-flow chemical laser devices are presented. One facility is specifically designed for reproducing the reaction mixing region developed when hydrogen is injected through sonic holes into a supersonic fluorine-carrying stream; the other simulates the parallel shear layer mixing developed between a supersonic fluorine-carrying stream and an adjacent supersonic hydrogen-carrying stream. A theoretical model of the turbulent chemically reactive mixing zone has been shown to provide remarkably good agreement with the experimental results for conditions where the mixing zones are turbulent.
Document Details
- Document Type
- Technical Report
- Publication Date
- May 01, 1975
- Accession Number
- ADA011591
Entities
People
- J. O. Bunting
- P. C. Steel
- R. D. Bryant
Organizations
- Martin Marietta