Category:Diffraction
various phenomena that occur when a wave encounters an obstacle or a slit  Padrão de difração e interferência na fenda dupla. | |||||
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English: Diffraction refers to various phenomena associated with wave propagation, such as the bending, spreading and interference of waves emerging from an aperture.
Deutsch: Beugung.
Subcategories
This category has the following 25 subcategories, out of 25 total.
A
- Airy disks (55 F)
- Arago spot (26 F)
D
E
F
G
N
P
R
S
T
- Talbot effect (10 F)
V
- Videos of diffraction (11 F)
W
- Diffraction on water (14 F)
X
Media in category "Diffraction"
The following 122 files are in this category, out of 122 total.
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Uklon2D.gif 800 × 456; 2.01 MB
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12" Paraboloid Test (9237586695).jpg 896 × 794; 135 KB
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16" Mirror Test (9237586659).jpg 896 × 794; 97 KB
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17" Schmidt, Cambridge Mirror Test (9237586613).jpg 896 × 794; 128 KB
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A565 G P Thomson Electron Diffraction.jpg 1,525 × 1,536; 159 KB
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Beugung von Wasserwellen an einer Buhne.jpg 4,000 × 3,000; 4.3 MB
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Beugungrechteck.png 500 × 500; 17 KB
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Blue laser single slit diffraction photo.jpg 1,500 × 243; 155 KB
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Brian Keating at the Royal Institution 2023 14.jpg 4,640 × 6,960; 16.9 MB
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Brian Keating at the Royal Institution 2023 18.jpg 4,032 × 3,024; 4.24 MB
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Brian Keating at the Royal Institution 2023 19.jpg 4,032 × 3,024; 4.22 MB
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Cono d'Ombra e di Luce.jpg 1,024 × 768; 239 KB
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Corner Diffraction.png 696 × 663; 254 KB
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Density plot of diffraction grating.jpg 884 × 249; 30 KB
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Diffractiepatroon groene laser.jpg 4,624 × 3,468; 4.7 MB
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LL-Q150 (fra)-WikiLucas00-diffraction.wav 1.2 s; 115 KB
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Diffraction fente WP.jpg 977 × 856; 29 KB
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Diffraction on elliptic aperture with fft.png 556 × 828; 315 KB
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Diffraction ouverture carree.png 338 × 335; 25 KB
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Diffraction Pattern ,by CHAUPLAH.jpg 1,800 × 4,000; 1.32 MB
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Diffraction pattern of christmas lights.jpg 3,663 × 2,738; 1.25 MB
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Diffraction Pattern Revealing the Deformation of the Shadow Blister Effect.jpg 2,028 × 2,436; 539 KB
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Diffraction Pattern Revealing the Structure of the Shadow Blister Effect.jpg 2,994 × 1,907; 641 KB
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Diffraction with large object.png 604 × 446; 19 KB
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Diffraction-half-plane-no-rays.jpg 520 × 520; 36 KB
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Diffraction-half-plane-with-rays.jpg 520 × 520; 59 KB
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DiffractionPinhole Effect.jpg 1,545 × 1,024; 844 KB
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Diffractionwirerp.png 517 × 517; 77 KB
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Diffraktion, Nordisk familjebok.png 219 × 407; 8 KB
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Difracción de la luz.jpg 3,000 × 1,610; 327 KB
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Directivite10.png 256 × 256; 9 KB
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Directivite2.png 256 × 256; 14 KB
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Directivite5.png 256 × 256; 13 KB
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Directivite8.png 256 × 256; 10 KB
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Diskrete.Gaussverteilung.png 360 × 360; 9 KB
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Doppelspalt.Beugungsbild.png 512 × 512; 7 KB
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Doppelspalt.png 512 × 512; 4 KB
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Drop size distribution analysis 1.jpg 3,968 × 2,976; 693 KB
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Drop size distribution analysis 2.jpg 2,976 × 3,968; 875 KB
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Drop size distribution analysis 3.jpg 3,968 × 2,976; 779 KB
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Drop size distribution analysis 4.jpg 3,968 × 2,976; 632 KB
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Dyfrakcja światła na pajęczynie.jpg 2,048 × 1,360; 183 KB
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ECHIDNA HRPD design.jpg 350 × 285; 23 KB
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Ephemeral diamond (3296363011).jpg 1,280 × 852; 88 KB
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FFT.Stein.Blende.8.png 257 × 257; 14 KB
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Fraunhofer.Ringe.RGB.png 512 × 512; 144 KB
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Fraunhofer.Ringe.RGB.svg 683 × 683; 610 bytes
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Honeycomb-based Nanostructure (7159602574).jpg 726 × 717; 362 KB
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Human hair diffraction.jpg 3,024 × 4,032; 434 KB
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IEEE Logo Patterned on a Silicon Chip Using E-Beam Lithography.jpg 4,000 × 3,000; 1.63 MB
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Incidence de Brewster.png 697 × 421; 159 KB
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Incomm.png 584 × 546; 319 KB
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Interferenza ottica 2.jpg 4,096 × 2,304; 2.25 MB
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Koshibori-F11.jpg 673 × 421; 101 KB
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Koshibori-F2.8.JPG 606 × 384; 98 KB
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Koshibori-F32.jpg 683 × 434; 96 KB
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Koshibori1.JPG 3,072 × 2,048; 2.54 MB
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Lamp Through Diffraction Grating.jpg 3,936 × 2,624; 2.91 MB
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Leśna dyfrakcja.jpg 960 × 720; 131 KB
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Light diffraction on iPhone screen.jpg 4,320 × 3,240; 6.4 MB
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Light diffraction on touch screen.jpg 4,320 × 3,240; 5.98 MB
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Light diffraction.jpg 1,500 × 300; 61 KB
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Liniengitter.Beugungsbild.png 512 × 512; 4 KB
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Liniengitter.png 512 × 512; 4 KB
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Lo Squarcio.jpg 2,248 × 4,000; 3.14 MB
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Luz blanca- un abanico de colores.jpg 6,000 × 3,013; 5.26 MB
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NbCoSb showing diffuse scattering.png 1,072 × 1,072; 451 KB
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Original electron diffraction camera used by G P Thomson.jpg 1,536 × 1,089; 90 KB
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Phase image.jpg 330 × 155; 24 KB
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Photon Sieve.png 351 × 339; 27 KB
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Preparatenset diffractie.jpg 4,624 × 3,468; 4.07 MB
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Rectangular diffraction.jpg 1,720 × 862; 254 KB
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RingGUI beamstopper.png 800 × 800; 254 KB
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RingGUI bkg.png 800 × 800; 305 KB
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RingGUI bkgBsr.png 800 × 800; 317 KB
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RingGUI bkgBsrRR.png 800 × 800; 533 KB
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RingGUI bkgRev.png 800 × 800; 511 KB
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RingGUI centre.png 800 × 800; 252 KB
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RingGUI hlaf.png 800 × 800; 345 KB
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RingGUI input.png 800 × 800; 239 KB
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RingGUI quadrant.png 800 × 800; 246 KB
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RingGUI.png 973 × 837; 147 KB
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Ripple-tank-diffraction-half-plane.png 520 × 520; 102 KB
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Schachbrettmuster.Beugungsbild.png 512 × 512; 4 KB
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Schachbrettmuster.png 512 × 512; 1 KB
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Schlitzblende.jpg 400 × 300; 9 KB
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Screendiffraction.jpg 1,280 × 960; 32 KB
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Screws diffraction.jpg 400 × 242; 32 KB
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Si111 7x7 ReconstructionB.png 512 × 286; 99 KB
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Simulated diffraction pattern of Ti3Al.png 1,798 × 1,018; 112 KB
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Single slit and double slit3.jpg 560 × 422; 93 KB
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Single slit and double slit4.jpg 550 × 424; 99 KB
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Six waves slit diffraction Dirichlet amplitude.png 600 × 600; 424 KB
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Six waves slit diffraction Neumann amplitude.png 600 × 600; 349 KB
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Sonne.Beugungsbild.jpg 1,800 × 1,800; 1.43 MB
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Spherical-aberration-slice.jpg 1,024 × 1,542; 200 KB
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Spider Web Diffraction.jpg 1,068 × 694; 327 KB
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Square diffraction.jpg 430 × 431; 181 KB
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Stein.Blende.16.jpg 256 × 256; 45 KB
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Stein.Blende.2.jpg 256 × 256; 64 KB
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Stein.Blende.32.jpg 256 × 256; 33 KB
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Stein.Blende.4.jpg 256 × 256; 61 KB
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Stein.Blende.8.jpg 256 × 256; 56 KB
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Strandwellenbeugung (Ostspitze Wangerooge) i.webm 1 min 35 s, 1,920 × 1,080; 37.15 MB
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Strandwellenbeugung (Ostspitze Wangerooge) ii.webm 1 min 22 s, 1,920 × 1,080; 26.03 MB
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Talbot carpet.png 780 × 1,780; 437 KB
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Transmission electron diffraction pattern of Si (111) 7x7.png 481 × 483; 411 KB
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Two Slits with different coherence.tif 920 × 570; 224 KB
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TwoBeam disks.png 800 × 800; 175 KB
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TwoBeam estimate.png 800 × 800; 62 KB
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TwoBeam input.png 800 × 800; 165 KB
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TwoBeam profile.png 460 × 460; 27 KB
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TwoBeam.png 914 × 640; 72 KB
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Twod fourier 1.png 519 × 778; 69 KB
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Twod fourier 2.jpg 526 × 788; 61 KB
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Twod fourier 2.png 519 × 778; 70 KB
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Uma fenda.gif 640 × 480; 853 KB
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Waves changing direction through a narrow opening (20243395322).jpg 5,616 × 3,744; 2 MB
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Wine glass in LCD projectors beam.jpg 5,009 × 3,339; 9.62 MB
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ZoneFresnell.svg 744 × 1,052; 18 KB
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Zwei.schwarze.Scheiben.optisch.png 640 × 360; 38 KB
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