Category:Physics images that should use vector graphics
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Images composed of simple shapes, lines, and letters such as those below should be recreated using vector graphics as an SVG file. These have a number of advantages such as making it easier for subsequent editors to edit them, enabling arbitrary scaling at high quality, and sharp high-resolution renderings for print versions. See Commons:Images for cleanup for more information.
This is a subcategory of Category:Images that should use vector graphics. You can add images to this category using the template {{Convert to SVG|physics}}.
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Subcategories
This category has only the following subcategory.
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Pages in category "Physics images that should use vector graphics"
This category contains only the following page.
Media in category "Physics images that should use vector graphics"
The following 200 files are in this category, out of 1,276 total.
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02FOTONTT.JPG 540 × 720; 41 KB
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1 to 1 telecentric 2L paraxial relay lens.png 442 × 342; 4 KB
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100% Wind Turbine Efficiency.png 1,044 × 579; 34 KB
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12gev halld.png 250 × 190; 11 KB
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130831fig1-3.jpg 1,700 × 2,337; 175 KB
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130831fig1.jpg 1,168 × 848; 46 KB
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1gRocketGraph.png 603 × 384; 14 KB
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1ley.jpg 618 × 258; 16 KB
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2003 UB313 near-infrared spectrum ar.png 514 × 541; 24 KB
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2003 UB313 near-infrared spectrum-fr.png 514 × 541; 24 KB
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2003 UB313 near-infrared spectrum.png 514 × 541; 13 KB
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20061121 Anblasen-Absaugen Grenzschicht.jpg 1,155 × 670; 95 KB
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261Sg decay scheme 2006.png 800 × 822; 7 KB
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270Ds decay scheme.png 842 × 884; 8 KB
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2angles.gif 300 × 174; 5 KB
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2D Detector Array.jpg 1,065 × 702; 112 KB
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2p1DspaceChase.PNG 368 × 387; 13 KB
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33Рис. 2.6. Домішковий акцепторний енергетичний рівень.JPG 191 × 285; 12 KB
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3D Ionospheric Ray Example.png 657 × 513; 27 KB
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3D representation of several phases of water.jpg 1,812 × 1,717; 518 KB
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3D Spherical Harmonic Orbitals.png 844 × 4,455; 884 KB
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60Co Decay.jpg 1,091 × 763; 22 KB
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8shape.jpg 1,500 × 1,500; 114 KB
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A bússola aponta no sentido das linhas de campo magnético..png 447 × 226; 19 KB
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A6-4.jpg 390 × 111; 8 KB
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Aberatie cromatică la o lentila convergenta.jpg 400 × 258; 17 KB
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ABERR6rev.png 400 × 547; 33 KB
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Abflaeche.png 800 × 565; 29 KB
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Absorption air.png 661 × 672; 7 KB
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Acceleratie normala si tangentiala.jpg 300 × 203; 9 KB
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Achromat12.jpg 500 × 350; 30 KB
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ACMFlugzeug.png 1,600 × 1,200; 32 KB
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Acousto-optical spectrometer sketch.png 1,600 × 740; 106 KB
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AddingUnitVelocities.png 656 × 553; 66 KB
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Aerodynamic Drag of Car.jpg 754 × 396; 117 KB
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AeroTurboDomain.PNG 913 × 768; 97 KB
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AFM beamdetection.png 452 × 271; 13 KB
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AFM fr.jpg 524 × 402; 45 KB
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Afshar-experiment-1.png 387 × 343; 9 KB
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Afshar-experiment-wire.png 388 × 339; 8 KB
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Afshar-experiment.png 434 × 430; 11 KB
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AFSK 1200 baud.png 255 × 168; 1 KB
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AktiveTrafo.png 1,250 × 1,122; 34 KB
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Aktoreffekte.png 1,000 × 525; 33 KB
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Allstrom-Zangenamperemeter.png 1,099 × 770; 31 KB
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Alveogramme.jpg 540 × 302; 15 KB
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Amplitude modulation detection.png 791 × 783; 31 KB
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Analise grafica.png 324 × 219; 5 KB
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Angleofrepose.png 458 × 231; 173 KB
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Angulodeescorregamento.PNG 743 × 787; 72 KB
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Animated Lorentz Transformation Frame.png 300 × 300; 14 KB
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ANNULAR TOTAL ECLIPSE.jpg 332 × 330; 17 KB
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Antiparallel net force01.jpg 399 × 268; 8 KB
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AntreasianGuinn199803b.jpg 593 × 438; 165 KB
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AOM-sketch german.png 480 × 223; 1 KB
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Apantallamiento.jpg 2,105 × 1,487; 1.02 MB
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Aparelho de Stern-Gerlach.png 398 × 182; 10 KB
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Apollo 14 ALSEP.jpg 528 × 365; 75 KB
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Approximation volume deformation.png 455 × 488; 6 KB
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Ar angle.jpg 400 × 255; 30 KB
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ArgonKLdivergence.png 384 × 355; 27 KB
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Ashby plot big.jpg 750 × 577; 112 KB
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Assemblage faces aretes.jpg 469 × 223; 36 KB
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Ast Orbital s.png 797 × 233; 26 KB
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ATOFMS.png 1,088 × 724; 43 KB
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Atom (PSF).png 862 × 616; 40 KB
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Atomic Absorption (hv corrected).png 340 × 255; 6 KB
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Autokorrelator.png 2,157 × 1,764; 90 KB
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Autokorrelator1.png 2,157 × 1,764; 145 KB
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Backing and veering.jpg 4,048 × 1,305; 446 KB
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Balanceamento de pressão.png 334 × 118; 3 KB
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Balanza1.jpg 961 × 851; 129 KB
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Ball and Spring Model and Corresponding Potential Energy Diagram.png 555 × 269; 19 KB
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Bandmodellkrp.png 492 × 287; 9 KB
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Barokliner ozean.JPG 512 × 384; 21 KB
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Barra cond.png 432 × 199; 6 KB
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Bars3.jpg 742 × 525; 113 KB
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BattementsSonDifferentiel.jpg 555 × 306; 74 KB
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Beamforming.jpg 600 × 392; 52 KB
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Bell-test-photon-analyer.png 1,232 × 544; 11 KB
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BellTeleportation.JPG 532 × 283; 20 KB
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Betti-Balken.png 490 × 506; 4 KB
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Bilan des forces.jpg 1,348 × 1,158; 114 KB
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Billsview.jpg 548 × 581; 77 KB
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Binocular disparity 2D.png 336 × 608; 27 KB
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Binocular disparity.png 330 × 640; 25 KB
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Binário..png 190 × 223; 6 KB
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Birkeland current schematic.jpg 996 × 430; 35 KB
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Black hole Penrose.png 228 × 302; 3 KB
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Black-body-in-mireds-reversed.png 1,173 × 201; 6 KB
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Blackbody-colours-vertical.png 50 × 800; 6 KB
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Blasius.png 640 × 480; 5 KB
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BLITS Satellite scheme.gif 861 × 723; 32 KB
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Body centerd tetragonal BZ.jpg 3,000 × 2,250; 228 KB
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Body centered cubic BZ.jpg 3,000 × 2,250; 224 KB
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Bose Einstein condensate.png 651 × 428; 44 KB
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Bottom bounce.JPG 1,080 × 480; 42 KB
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Boundary Layer.png 536 × 265; 31 KB
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Braccio aterra.JPG 537 × 298; 10 KB
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Brane-wlwswv-zh-hant.jpg 811 × 735; 104 KB
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Breaking wave at three times.jpg 503 × 171; 14 KB
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Bremsstrahlung power.png 800 × 600; 31 KB
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Buhr Hansen and Svendsen ICCE 1984 Fig 1.png 776 × 187; 37 KB
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Bzug.png 297 × 233; 4 KB
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Bändermodel Anregung.png 2,602 × 849; 65 KB
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Calotte en flambement.png 565 × 320; 4 KB
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Cam Profile.JPG 760 × 485; 36 KB
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Camadas electroes.png 497 × 445; 12 KB
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Camp eletrico ind.png 203 × 179; 3 KB
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Camp magnetic la ciclotron.png 429 × 298; 8 KB
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Campo de direções 2.png 444 × 433; 24 KB
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Campo de direções.png 422 × 343; 20 KB
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Campo electrico.png 1,169 × 820; 113 KB
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Campo elétrico criado por um dipolo.png 638 × 326; 38 KB
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Campo222.png 501 × 268; 20 KB
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Cannon force components.PNG 823 × 504; 77 KB
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Cantor-Bernstein.jpg 240 × 146; 6 KB
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Capacidad funcional.png 449 × 261; 3 KB
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Capacit ncia.png 366 × 318; 5 KB
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Capacitor plano.png 373 × 130; 4 KB
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Capillary electrophoresis 2.png 784 × 396; 16 KB
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Carnot engine (hot body - working body - cold body).jpg 400 × 427; 33 KB
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Carnot pv.jpg 700 × 597; 103 KB
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Carnot-Maschine.png 800 × 600; 88 KB
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CARRO P TT.jpg 720 × 540; 25 KB
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Carro10 TT.jpg 720 × 540; 24 KB
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CasovaniDMX.png 787 × 124; 5 KB
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Castaing microprobe sketch2.PNG 521 × 599; 81 KB
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Cavity exciton polariton device.JPG 754 × 394; 33 KB
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Cavity exiton polariton.JPG 383 × 368; 29 KB
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CCD 3Phases 3D-Layout.png 749 × 422; 16 KB
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Cephasediagfr.jpg 2,400 × 1,633; 240 KB
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Chambre noire double miroir.png 315 × 215; 6 KB
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Chambre noire double prisme.png 315 × 215; 6 KB
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Chopperrauschen.png 963 × 582; 18 KB
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Chopping.gif 406 × 250; 4 KB
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Cilindro imaginário.png 253 × 228; 9 KB
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Cinema obturateurs.png 89 × 182; 4 KB
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CircContours.png 655 × 654; 147 KB
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Circuito dc.png 712 × 238; 26 KB
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Circulation directe.png 773 × 540; 7 KB
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Circulation inverse.GIF 607 × 566; 8 KB
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Circumcenter of mass.pdf 1,447 × 1,097; 12 KB
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Clipping.png 637 × 393; 4 KB
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CMB Timeline75.jpg 3,100 × 1,980; 1.01 MB
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CoandaEffect3.png 609 × 366; 34 KB
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Cold Cathode Gauge Experiment.jpg 470 × 323; 48 KB
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Colors of corona rings 2D.png 3,000 × 2,429; 383 KB
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Comp-graph.png 771 × 474; 8 KB
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Comparison of con- and counter-current flow exchange.jpg 904 × 720; 134 KB
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Componentes tangencial e normal da força..png 442 × 113; 5 KB
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Composite reflecitivty principle.png 486 × 468; 159 KB
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ConcaveFocalLength.png 1,280 × 1,024; 170 KB
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Condição de Hartmann-Hahn.png 685 × 362; 30 KB
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Conducteurélectriquecontinu.jpg 733 × 518; 29 KB
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Condutor ex.png 516 × 230; 24 KB
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Condutor exemplo.png 613 × 264; 31 KB
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Condutor indução.png 691 × 231; 42 KB
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Condutor x.png 663 × 203; 30 KB
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Cone Beam CT principle.png 1,083 × 885; 62 KB
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Confocal principle real life-deutsch.png 1,020 × 752; 53 KB
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Cono-1.png 521 × 311; 5 KB
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Cono-2.png 930 × 327; 10 KB
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Cono-3.png 1,240 × 309; 12 KB
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Cont emspec2.jpg 687 × 339; 34 KB
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Continuous model tensile buckling.jpg 2,917 × 1,286; 182 KB
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Control 3.jpg 1,712 × 858; 67 KB
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Control-tab.png 281 × 171; 18 KB
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Convergence zone.JPG 920 × 480; 36 KB
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Coordenadas cilíndricas.png 258 × 182; 8 KB
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Coordinates.jpg 267 × 193; 12 KB
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Coriolis construction.JPG 965 × 548; 33 KB
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Coriolis effect09.png 256 × 256; 6 KB
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Coriolis SN.PNG 698 × 438; 21 KB
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Coriolis tar.JPG 312 × 326; 11 KB
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Coriolis.JPG 312 × 326; 11 KB
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Corioliskraft Radialbewegung1.png 687 × 523; 26 KB
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Cosmic Coincidence Problem.png 300 × 275; 7 KB
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Counterterm.png 958 × 929; 48 KB
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CPdiagram.png 800 × 722; 51 KB
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CR storage phosphor plate exposure and read-out.png 3,153 × 1,843; 1.79 MB
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Crank mechanism variants sk.png 2,968 × 3,909; 73 KB
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Crookes tubo escuro.png 319 × 113; 2 KB
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Création de paires (électron positron).PNG 1,196 × 355; 34 KB
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CT Scanner Line Beam.jpg 293 × 162; 9 KB
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Cutdrawing of an RHU.jpg 370 × 395; 39 KB
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Dampfdruck05.png 320 × 260; 2 KB
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Damping.jpg 666 × 447; 25 KB
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Darcy's Law.png 453 × 226; 2 KB
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Dark Field Microscope.png 2,048 × 1,206; 74 KB
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Dark field microscopy technology.png 190 × 354; 9 KB
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Decaimento beta 22.png 338 × 133; 3 KB
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Definição do momento magnético de uma espira..png 471 × 235; 19 KB
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Deformacion muros.jpg 1,269 × 552; 106 KB
