'Nodal lines' presentation slideshows

Wave Nature of Light

Wave Nature of Light. Diffraction. Diffraction is the bending of a wave around a barrier or through an opening into the shadow region. Diffraction. The amount of diffraction depends on the size of the barrier or opening compared to the wavelength of the wave.

1.18k views • 70 slides

A NEW ASTEROSEISMIC PROBE OF STELLAR STRUCTUR E

A NEW ASTEROSEISMIC PROBE OF STELLAR STRUCTUR E. Jadwiga Daszy ? ska-Daszkiewicz Instytut Astronomic zny, Uni w ersy tet Wroc?aw ski, POLAND Collaborators : W ojtek Dziembowski , A los h a Pamyatnykh. 29 June 2006, Ond?ejov. P ULSATING STARS CAN BE FOUND

865 views • 69 slides

A NEW ASTEROSEISMIC PROBE OF STELLAR STRUCTUR E

A NEW ASTEROSEISMIC PROBE OF STELLAR STRUCTUR E. Jadwiga Daszy ? ska-Daszkiewicz Instytut Astronomic zny, Uni w ersy tet Wroc?aw ski, POLAND Collaborators : W ojtek Dziembowski , A los h a Pamyatnykh. 29 June 2006, Ond?ejov. P ULSATING STARS CAN BE FOUND

701 views • 69 slides

789 views • 64 slides

Set-up

Set-up. Water Waves. Next Slide. Ripple tank experiment. Basic set-up for the ripple tank experiment. Photo. Mechanism of producing bright and dark fringes. Diagram. Stroboscope : freeze the wave pattern. Photo. Experimental precautions. Explanation. Wavefronts. Water Waves.

456 views • 35 slides

Statistics of weather fronts and modern mathematics

Statistics of weather fronts and modern mathematics. Gregory Falkovich Weizmann Institute of Science. D. Bernard, A. Celani, G. Boffetta, S. Musacchio. Exeter, March 31, 2009. Euler equation in 2d describes transport of vorticity. Family of transport-type equations. m=2 Navier-Stokes

424 views • 29 slides

Symmetries of turbulent state

Symmetries of turbulent state. Gregory Falkovich Weizmann Institute of Science. D. Bernard, A. Celani, G. Boffetta, S. Musacchio. Rutgers, May 10, 2009. Euler equation in 2d describes transport of vorticity. Family of transport-type equations. m=2 Navier-Stokes

357 views • 27 slides

9.3 Interference of Waves in 2-Dimensions

622 views • 25 slides

Two Point Source Interference Pattern

Two Point Source Interference Pattern. A Mathematical Analysis. 2 Point Interference Pattern. Nodal Lines. Nodes are areas of destructive interference and antinodes are the opposite (constructive) In standing waves, nodes are the particles that appear to stand still

1.27k views • 20 slides

Higher order mode wave propagation in duct

Higher order mode wave propagation in duct. Yan Li ?????????????? ??????? 200240 ???. Outline. Research background Higher order mode In a rectangular duct In a circular duct In expansion chamber Conclustion. Research Background. Sound transmission characteristics of duct system

219 views • 13 slides

684.8 [1,1]

684.8 [1,1]. Shaker Location. Nodal Lines. 722.7 [2,0]. Shaker Location. Nodal Lines. 1505 [2,1]. Shaker Location. Nodal Lines. 1682 [0,3]. Shaker Location. Nodal Lines. 1913 [3,0]. Shaker Location. Nodal Lines. 2207 [1,2]. Shaker Location. Nodal Lines.

317 views • 12 slides