API Resources
Theme

Choose how MSRBot.io looks on this device.

Auto (match system) Light mode Dark mode

Preference is stored in this browser only.

Current document root: Journal of the Society of Motion Picture and Television Engineers ( Volume: 61, Issue: 4, October 1953)

Optical Techniques for Fluid Flow

SMPTE • Journal Article • [Active]

← Back to Doc

Click a document below to open its own reference tree.

Referenced By

Docs that depend on Optical Techniques for Fluid Flow
View: · Tree: ·
Level 1 — direct dependents (docs that cite this doc)

References Of

Docs that Optical Techniques for Fluid Flow depend on
View: · Tree: ·
Level 1 — direct references (docs this doc cites)
  • High-Speed Motion Picture Photography[Active]
  • 1. Allen H. S. , “The photography of sound waves and other disturbances,” Proc. Roy. Phil. Soc. (Glasgow) , 33 : 71 , 1902 .EXTERNAL
  • 10. Gawthrop D. B. , “Application of the Schlieren method of photography,” Rev. Sci. Instr. , 2 : 522 , 1931 .EXTERNAL
  • 11. Gawthrop D. B. , “Propagation tests and the photography of the disturbance sent out by the explosion of commercial electric detonators,” J. Franklin Inst. , 214 : 647 , 1932 .EXTERNAL
  • 12. Gothert B. , “High-speed measuremerits on symmetrical bodies,” DVL Institut für Aerodynamik , July 1944 .EXTERNAL
  • 13. Hertzberg A. Kantrowitz A. , “Studies with an aerodynamically instrumented shock tube,” J. Appl. Phys. , 21 : 874 , 1950 .EXTERNAL
  • 14. Hertzberg A. , “A shock tube method of generating hypersonic flow,” J. Aeronaut. Sci. , 18 : 803 , 1951 .EXTERNAL
  • 16. Humphrey R. H. Jane R. S. , “The observation of cataphoresis in colorless solutions,” Trans. Faraday Soc. , 22 : 420 , 1926 .EXTERNAL
  • 17. Johnston R. C. , “Basic research in gas flow,” Tech. Eng. News : 330 , June 1948 .EXTERNAL
  • 18. Klug H. , “Experimentelle Untersuchungen zur Schneidentonbildung,” Ann. d. Physik , 11 : 53 , 1931 .EXTERNAL
  • 19. Liepmann H. W. , “The interaction between boundary layer and shock waves in transonic flow,” J. Aeronaut. Sci. , 13 : 623 , 1946 .EXTERNAL
  • 2. Barnes G. M. , “Supersonic wind tunnel laboratory at Aberdeen Proving Grounds,” Mech. Eng. , 67 : 827 , 1945 .EXTERNAL
  • 20. Liepmann H. W. Ashkenas H. I. , “Shock wave oscillations in wind tunnels,” J. Aeronaut. Sci. , 14 : 295 , 1947 .EXTERNAL
  • 21. MacGregor C. W. , “The formation of localized slip layers in metals,” Metals and Alloys , 4 : 19 , 1933 .EXTERNAL
  • 22. Nadai A. , “Phenomenon of slip in plastic material,” Proc. Am. Soc. Test. Mat. , 31 : 11 – 46 , 1931 .EXTERNAL
  • 23. Osterstrom G. E. , “Knocking combustion observed in a spark ignition engine with simultaneous direct and schlieren high-speed motion pictures and pressure records,” NACA U3835 , June 1948 .EXTERNAL
  • 24. Payman W. , “The detonation wave in gaseous mixtures and the predetonation period,” Proc. Roy. Soc. , A120 : 90 , 1928 .EXTERNAL
  • 25. Payman W. Robinson H. , “The pressure wave sent out by an explosive, Part I,” Safety in Mines Research Board Paper, No. 18 , 1926 .EXTERNAL
  • 26. Payman W. Shepherd W. C. , “The pressure wave sent out by an explosive, Part II,” Safety in Mines Research Board Paper, No. 29 , 1926 .EXTERNAL
  • 27. Payman W. Shepherd W. C. , “The disturbance produced by bursting diaphragms with compressed air,” Proc. Roy. Soc. , A186 : 293 , 1946 .EXTERNAL
  • 28. Payman W. Titman , “The initiation of detonation in mixtures of ethylene and oxygen and of carbon monoxide and oxygen,” Proc. Roy. Soc. , A152 : 418 , 1935 .EXTERNAL
  • 29. Payman W. Woodhead D. B. , “The wave speed camera and its application to the photography of bullets in flight,” Proc. Roy. Soc. , 132 : 200 – 213 1931 .EXTERNAL
  • 3. Boelter L. M. Cherry V. H. , “Measurement of heat transfer by free convection from cylindrical bodies by schlieren method,” Heating, Piping and Air Conditioning , 10 : 671 , 1938 .EXTERNAL
  • 30. Pearce R. B. , “Supersonic tunnel for missiles,” Aviation Week , 49 : 22 , Aug. 23, 1948 .EXTERNAL
  • 31. Philpot J. St. L. , “Direct photography of ultracentrifuge sedimentation curves,” Nature , 141 : 283 , 1938 .EXTERNAL
  • 32. Prandtl L. , “Neue Untersuchungen über die strömende Bewegung der Gase und Dämpfe,” Physik. Z. , 8 : 23 , 1907 .EXTERNAL
  • 33. Rothrock A. M. Spencer R. C. , National Advisory Committee of Aeronautics 24th Annual Report , 213 , 1938 .EXTERNAL
  • 34. Schrott Carl , “Schlieren cinematography,” Die Kinotechnik , 12 : 40 , 1930 .EXTERNAL
  • 35. Shepherd W. C. , “The ignition of fire damp by explosives; a study of the process by schlieren methods,” Bur. Mines Bull. , No. 354, 1932 .EXTERNAL
  • 36. Stack John , “The compressibility burble,” NACA TN543 , Oct. 1935 .EXTERNAL
  • 37. Stack John , “Compressible flows in aeronautics,” J. Aeronaut. Sci. , 12 : 127 , 1945 .EXTERNAL
  • 38. “Supersonic wind tunnel,” Automotive Industries , July 15, 1947 .EXTERNAL
  • 39. Tawil E. P. , “Ultrasonic standing waves made visible in a gas by schlieren method,” Comptes Rendus , 191 : 92 , 1930 .EXTERNAL
  • 4. Bogdonoff S. M. , “NACA cascade data for the blade design of high performance axial-flow compressors,” J. Aeronaut. Sci. , 15 : 89 , 1948 .EXTERNAL
  • 40. Tawil E. P. , “Observation methods for non-stationary sound waves,” Comptes Rendus , 191 : 998 , 1930 .EXTERNAL
  • 41. Tiselius A. , “A new apparatus for the electrophoretic analysis of colloidal mixtures,” Trans. Faraday Soc. , 33 : 524 , 1937 .EXTERNAL
  • 42. Tiselius A. , “Schlieren method used to observe electrophoresis,” Trans. Faraday Soc. , 33 : 524 , 1937 .EXTERNAL
  • 43. Tiselius A. , “Pedersen and Eriksson-Quensel, “Observation of ultracentrif-ugal sedimentation by Toepler schlieren method,” ” Nature 139 : 546 , 1937 .EXTERNAL
  • 44. Toepler A. , “Observations of the singing flame by the schlieren apparatus,” Ann. d. Physik und Chemie. , 128 : 126 , 1866 .EXTERNAL
  • 45. Toepler A. , “Optical studies by the schlieren method of observation,” Ann. d. Physik und Chemie. , 131 : 33 , 1867 .EXTERNAL
  • 46. Toepler M. , “Neue einfache Ver-suchsanordnung zur bequemen sub-jektiven Sichtbarmachung von Fun-kenschallwellen nach der Schlieren-methode,” Ann. d. Physik , 27 : 1043 , 1908 .EXTERNAL
  • 47. Towend H. C. , “Statistical measurements of turbulence in the flow of air through a pipe,” Proc. Roy. Soc. , A145 : 1934 .EXTERNAL
  • 48. Townend H. C. , “A method of air flow cinematography capable of quantitative analysis,” J. Aeronaut. Sci. , 3 : 343 , 1936 .EXTERNAL
  • 49. Townend H. C. , “Visual and photographic methods of studying boundary layer flow,” Aeronaut. Res. Comm. Great Brit. R & M , #1803, 1937 .EXTERNAL
  • 5. Busemann Adolf , “The drag problem at high supersonic speeds,” J. Aeronaut. Sci. , 16 : 337 , 1949 .EXTERNAL
  • 50. Turner E. B. , “Supersonic wind tunnel schlieren system,” Air Tech. Intelligence , 35056.EXTERNAL
  • 51. Wood R. W. , “Photography of sound waves and the kinematographic demonstration of the evolutions of reflected wave fronts,” Phil. Mag. , 50 : 148 , 1900 .EXTERNAL
  • 52. Wood R. W. , “On the propagation of cusped waves and their relation to the primary and secondary focal lines,” Phil. Mag. , 52 : 589 , 1901 .EXTERNAL
  • 6. Cranz C. Bames E. , “High-frequency schlieren cinematography and its use for investigating explosions and other rapidly occurring phenomena,” Z. Anal. Chem. , 36 : 76 , 1923 .EXTERNAL
  • 7. Dhawan S. Roshko A. , “A flexible nozzle for a small supersonic wind tunnel,” J. Aeronaut. Sci. , 18 : 253 , 1951 .EXTERNAL
  • 8. Feng K. I. , “Schlieren observation in the DVL high speed wind tunnel,” ATSC Rep. , Apr. 1946 .EXTERNAL
  • 9. Garside Hall Townend , “Flow states in emergent gas streams,” Nature , 152 : 748 , 1943 .EXTERNAL