Study by Spectrophotometric Analysis

Detonation Wave Study by Spectrophotometric Analysis. This study was conducted by Richmond and discussed in Refs 68 75. [Pg.716]

For this study mixts of CeH6 O and H O were detonated in a tube either by a shock wave or by a spark. The arrival of the pressure step was detd by a thin-film, heat-transfer probe with a rise time of 0.5 microsecs. The spectrograph viewed the passing deton wave thru a window slit and lens arrangement. Recording was accomplished by photomultiplier tubes. The deton waves observed consisted of a shock front followed by a combustion front and were classed as strong , which is equiv to unsteady or decelerating detonation. Detailed structure of the detonations could not be resolved [Pg.716]

Detonation Wave, Temperature Influence on Its Formation, This problem was investigated by P. Laffitte (Ref 1 listed on p D724) [Pg.716]

Detonation Wave, Theories of. An elementary theory of the steady plane detonation wave [Pg.716]

Detonation and Shock Waves, Theory of Point Detonation. This subject is described by Baum et al (Ref 59, Pp 598- 624), under the title Teoriya Tochechnago Vzryva . [Pg.716]

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