Abstract
The hydraulic analogy method is useful for the study of compressible gas flow in the mixing chamber of steam ejector at the maximum suction vacuum state. The experimental example will be of great use in designing the steam ejector for maximum sution vacuum. The experimental example shows the effect of (1) the length of intercepting shock waves, (2) the divergent angle of mixing chamber, (3) the width of diffuser throat, (4) the length of parallel part of diffuser throat, (5) the length of mixing chamber, on the suction vacuum characteristics of the ejector.
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