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Show 7. Hill.S.J., Rapson.D.S. and Nathan,G.J. (1995), ^Control of Flame Shape and Heat Flux in a Rotary Kiln", The Australian Symposium on Combustion and the Fourth Flame Days, Gawler, South Australia, (November). 8. Hawthorn, W.R. "Mixing of gas and air in flames", PhD Thesis, MIT, Mass 1938. 9. Thring, M.W. and Newby, M.P. "Combustion length of enclosed turbulent flames", 4th International Symposium on Combustion 1953 pp789-796. 10. Craya, A. and Curtet, R. "On the spreading of a confined jet", Comptes-Rendus Acad, des Sciences 241, 1955, pp 611-622 11. Becker, H.A. ScD Thesis, MIT, Mass 1961. 12. Moles, F. D. and Jenkins, B.G. "Modeling of heat transfer from a large enclosed flame in a rotary kiln", Trans. I. Chem. E. Vol. 59, 1981, ppl7-25. 13. FCT. Experience 14. Smith, N.L., Megalos, N.P., Nathan, G.J., Zhang, D.K. and Smart, J.P. "Precessing jet burners for stable and low N O x pulverised fuel flames - Preliminary results from small-scale trials", Submitted to "The Journal of Fuel" 1997 15. SmartJ.P., Mullinger.P.J. and Jenkins.B.G. "Combustion Optimisation in, and NOx Emission Characteristics of, Rotary Kiln Flames" Leeds, U K 1996 16. Newbold, G.J.R., Nathan, G.J. and Luxton, R.E. (1997) "Measurement of Concentration Using a Planar Imaging Technique in a Round Turbulent Jet", "Technical Note submitted to Physics of Fluids" 16 |
