References
- Rogers, W. B., “On the formation of rotating rings by air and liquids under certain conditions of discharge”, American Journal of Science and Arts, 26 (1858).
- Czermak, P., “Eine Neue Beobachtungsmethode für Luftwirbel-ringe”, Weimer Berichte, 109, Ila (1900).
- Indra, A., Weiner Berichte, 110, Ila (1901).
- Kxutzsch, C. H., “On an area of instability in vortex rings”, Physikalische Zeitschrift, 16 (1936).
- Krutzsch, C. H., “Eine experimental! beobachten erecheinung .. . etc”, Annalen der Physik, 5, Folge 35 (1939).
- Powell, A., Ph.D. Thesis, Southampton University (1953).
- Moore, C., 'The role of shear layer instability waves in jet exhaust noise”, 80, pt 2 (1977).
- Anderson, A. B. C., “Structure and velocity of the periodic vortex ring pattern of a primary pipe tone jet”, Jul. Acoustic Society of America, 27, 6 (1955).
- Becker, H. A. and Massaro, T. A., “Vortex evolution in a round jet". J.F.M., 31, pt 3 (1968).
- Lau, J. C., Ph.D. Thesis, Southampton University (1971).
- Crow, S. and Champagne, F. H” “Orderly structures in jet turbulence”, J.F.M., 32 (1968).
- Nakayama, Y., Davies, P. O. A. L., McConachie, P. J. and Baxter, D. R. J., “Analysis of shear layer structure using spark method”, ISVR Memo No. 608 (1981).
- Davies, P. O. A. L., Baxter, D. R. J., McConachie, P. J. and Davis, M. R., “Time domain analysis of turbulent structure”, ISVR Memo No. 557 (1976).
- Schraub, F. and Kline, S. J. et al., “Use of hydrogen bubbles for quantitative determination of time-dependent velocity fields in low speed water flows”, Trans. ASME Jnl Basic Engineering (1965).
- "Schlieren methods”, Notes on Applied Science, No. 31 (1963).