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  1. Bippes,H., 1999, gBasic Experiments on Transition in Three-Dimensional Boundary Layers Dominated by Crossflow Instability,h Progress in Aerospace Science, Vol.35, pp.363-412.
  2. Breuer,K.S., Cohen,J. and Haritonidis,J.H., 1997, gThe Late Stages of Transition Induced by a Low-Amplitude Wavepacket in a Laminar Boundary Layer,h Journal of Fluid Mechanics, Vol.340, pp.395-411.
  3. Cantwell,B., Coles,D. and Dimotakis,P., 1978, gStructure and Entrainment in the Plane of Symmetry of a Turbulent Spot,h Journal of Fluid Mechanics, Vol.87, pp.641-672.
  4. Faller,A.J. and Kaylor,R.E., 1966, gInvestigation of Stability and Transition in Rotating Boundary Layers,h Edited by S.I.Pai, Dynamics of Fluids and Plasmas, Academic Press, New York, pp.309-329.
  5. Gaster,M. and Grant,I., 1975, gAn Experimental Investigation of the Formation and Development of a Wave Packet in a Laminar Boundary Layer,h Proceeding Royal Society of London A, Vol.347, pp.253-269.
  6. Glezer,A., Katz,Y. and Wygnanski,I., 1989, gOn Breakdown of the Wave Packet Trailing a Turbulent Spot in a Laminar Boundary Layer,h Journal of Fluid Mechanics, Vol.198, pp.1-26.
  7. Gregory,N., Stuart,J.T. and Walker,W.S., 1955,  gOn the Stability of Three-Dimensional Boundary Layers with Application to the Flow Due to a Rotating Disk,h Philosophical Transactions of the Royal Society, London, Series A, Vol.248, pp.155-199.
  8. Itoh,N., 1996a, gSimple Cases of the Streamline-Curvature Instability in Three-Dimensional Boundary Layers,h Journal of Fluid Mechanics, Vol.317, pp.129-154.
  9. Itoh,N., 1996b, gDevelopment of Wedge-Shaped Disturbances Originating from a Point Source in a Three-Dimensional Boundary Layer,h Fluid Dynamics Research, Vol.18, pp.337-354.
  10. Itoh,N., 1997, gDevelopment of an Axisymmetric Wave Packet in Rotating-Disk,h Fluid Dynamics Research, Vol.21, pp.87-100.
  11. Itoh,N., 1998a, gTheoretical Description of Instability Waves in the Flow on a Rotating Disk  Part1. False-Expansion Method Applied to Linear Stability Equations,h Transaction of the Japan Society for Aeronautical and Space Sciences, Vol.40, pp.262-279.
  12. Itoh,N., 1998b, gTheoretical Description of Instability Waves in the Flow on a Rotating Disk  Part2. Development of Wedge-Shaped Disturbances,h Transaction of the Japan Society for Aeronautical and Space Sciences, Vol.40, pp.280-292.
  13. Itoh,N., 2001a, gStructure of Absolute Instability in 3-D Boundary Layers: Part1. Mathimatical Formulation,h Transaction of the Japan Society for Aeronautical and Space Sciences, Vol.44, pp.96-100.
  14. Itoh,N., 2001b, gStructure of Absolute Instability in 3-D Boundary Layers: Part2. Application to Rotating-Disk Flow,h Transaction of the Japan Society for Aeronautical and Space Sciences, Vol.44, pp.101-105.
  15. Jahanmiri,M., Prabhu,A. and Narasimha,R., 1996, gExperimental Studies of a Distorted Turbulent Spot in a Three-Dimensional Flow,h Journal of Fluid Mechanics, Vol.329, pp.1-24.
  16. Katz,Y., Seifert,A. and Wygnanski,I., 1990, gOn the Evolution of the Turbulent Spot in a Laminar Boundary Layer with a Favorable Pressure Gradient,h Journal of Fluid Mechanics, Vol.221, pp.1-22.
  17. Lilly,D.K., 1966, gOn the Instability of Ekman Boundary Flow,h Journal of Atmospheric Sciences, Vol.23, pp.481-494.
  18. Lingwood,R.J., 1995, gAbsolute Instability of the Boundary Layer on a Rotating Disk,h Journal of Fluid Mechanics, Vol.299, pp.17-33.
  19. Lingwood,R.J., 1996, gAn Experimental Study of Absolute Instability of the Rotating-Disk Boundary-Layer Flow,h Journal of Fluid Mechanics, Vol.314, pp.373-405.
  20. Makita,H. and Nishizawa,A., 2001, gCharacteristics of Internal Vortical Structures in a Merged Turbulent Spot,h Journal of Turbulence, Vol.2, 012.
  21. Malik,M.R., Wilkinson,S.P. and Orszag,S.A., 1981, gInstability and Transition in Rotating Disk Flow,h AIAA Journal, Vol.19, pp.131-1138.
  22. Matsui,T., 1979, gVisualization of Turbulent Spots in the Boundary Layer along a Flat Plate in a Water Flow,h Edited by R. Eppler and H. Fasel, IUTAM Symposium on Laminar-Turbulent Transition, Springer-Verlag, pp.288-296.
  23. Nishioka,M. and Asai,M., 1983, g Evolution of Tollmien-Schlichting Waves into Wall Turbulence,h Edited by T. Tatsumi, IUTAM Symposium on Turbulence and Chaotic Phenomena in Fluids, North-Holland, pp.87-92.
  24. Reed,H.L. & Saric,W.S., 1989, gStability of Three-Dimensional Boundary Layers,h Annual Review of Fluid Mechanics., Vol.21, pp.235-284.
  25. Riley,J.J. and Gad-el-Hak,M., 1985, gThe Dynamics of Turbulent Spots,h Frontiers in Fluid Mechanics, Springer-Verlag, pp.123-155.
  26. Schubauer,G.B. and Klebanoff,P.S., 1955, gContribution of the Mechanics of Boundary-Layer Transition,h National Advisory Committee for Aeronautics Technical Note 3489, pp.1-31.
  27. Sheifert,A. and Wygnanski,I.J., 1995, gOn Turbulent Spots in a Laminar Boundary Layer Subjected to a Self-Similar Adverse Pressure Gradient,h Journal of Fluid Mechanics, Vol.296, pp.185-209.
  28. Takagi,S., Itoh,N., Tokugawa,N. and Nishizawa,A., 2000, gCharacteristic Features of Traveling Disturbances Originating from a Point Source in Rotating-Disk Flow,h Edited by H.F.Fasel and W.S.Saric, IUTAM Symposium on Laminar-Turbulent Transition, Springer-Verlag, Berlin, pp.637-642.
  29. Wygnanski,I., Sokolov,M. and Friedman,D., 1976, gOn a Turbulent eSpotf in a Laminar Boundary Layer,h Journal of Fluid Mechanics, Vol.78, pp.785-819.
  30. Wygnanski,I., Haritonids,J.H. and Kaplan,R.E., 1979, gOn a Tolmien-Schlichting Wave Packet Produced by a Turbulent Spot,h Journal of Fluid Mechanics, Vol.92, pp.505-528.