Category:Vector fields
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assignment of a vector to each point in a subset of Euclidean space  | |||||
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GND ID: English: In mathematics a vector field is a construction in vector calculus which associates a vector to every point in a (locally) Euclidean space.
Subcategories
This category has the following 10 subcategories, out of 10 total.
Media in category "Vector fields"
The following 200 files are in this category, out of 200 total.
Affine conn eg2.svg 1,000 × 1,000; 105 KB
Affine conn eg3.svg 1,000 × 1,000; 26 KB
Affine conn eg4.svg 1,000 × 1,000; 15 KB
Affine conn eg5.svg 1,000 × 1,000; 15 KB
Affine connection example.svg 1,000 × 1,000; 101 KB
Arcsin z vector field 01 Pengo.svg 720 × 540; 967 KB
Attracting equilibrium point and vector field.png 495 × 379; 29 KB
Attracting heteroclinic orbit and vector field.png 503 × 366; 53 KB
Attracting homoclinic orbit and vector field.png 491 × 367; 38 KB
Attracting periodic orbit and vector field.png 504 × 362; 41 KB
B vector.helmholtz.svg 360 × 358; 70 KB
Beschleunigungsfeld.svg 354 × 354; 20 KB
Bowen example (heteroclinic attractor).png 599 × 335; 28 KB
Camp vectorial xmesy -- y.jpg 330 × 327; 16 KB
Campo de direcciones.jpg 241 × 285; 30 KB
Campo de direções 2.png 444 × 433; 24 KB
Campo de direções.png 422 × 343; 20 KB
Campo Vetorial com Disco Girando.jpg 645 × 483; 51 KB
Campo Vetorial com Disco.jpg 578 × 473; 45 KB
Campo Vetorial.jpg 295 × 259; 26 KB
Campoelectricodipolo.png 463 × 465; 28 KB
Champ tangentes.jpg 511 × 359; 64 KB
Champ vecteurs python matplotlib.svg 540 × 360; 33 KB
Circulation-additivity.svg 345 × 190; 8 KB
Curl of nonuniform curl.JPG 181 × 238; 14 KB
Curl of nonuniform curl.png 576 × 612; 66 KB
Curl of uniform curl.JPG 183 × 231; 15 KB
Curl of uniform curl.png 576 × 612; 66 KB
Curl theorem in EM.svg 184 × 178; 55 KB
DCG chart.svg 482 × 323; 29 KB
DGL y-eq-dy.svg 400 × 520; 5 KB
Diagram Divergentie CartC.png 900 × 900; 32 KB
Diff-field-lines.svg 788 × 591; 25 KB
Dipole-field-different-types-of-presentation.svg 1,800 × 600; 770 KB
Divergence vektorového pole.jpg 1,920 × 1,080; 374 KB
Dragonfly bone anisotropy.png 1,883 × 1,030; 1.25 MB
Du 10.png 335 × 237; 125 KB
Du 11.png 381 × 279; 177 KB
Du 12.png 499 × 261; 236 KB
Du 13.png 568 × 277; 271 KB
Du 14.png 306 × 242; 120 KB
Du 15.png 297 × 250; 114 KB
Du 16.png 291 × 253; 111 KB
Du 17.png 340 × 238; 139 KB
Du 18.png 317 × 299; 160 KB
Du 19.png 250 × 269; 131 KB
Du 9.png 358 × 240; 143 KB
Dyn-cal.png 441 × 445; 224 KB
Dynamic vectors field.png 697 × 693; 101 KB
EfieldTwoEqualPointCharges.svg 510 × 359; 194 KB
EfieldTwoOppositePointCharges.svg 619 × 438; 187 KB
Electric potential 3D vector field.svg 900 × 965; 1.33 MB
Em monopoles.svg 746 × 453; 23 KB
Equivalence of total surface.svg 992 × 407; 36 KB
Esfera divergencia.png 727 × 668; 55 KB
Example of application of Poincaré–Bendixson theorem.png 415 × 580; 64 KB
Field line construction.svg 371 × 214; 27 KB
Flot-discontinu.jpg 250 × 163; 12 KB
Flux d'un champ vectoriel à travers une surface ouverte.png 185 × 228; 3 KB
Forming infinitesimal steps in a triangular plane.svg 1,205 × 780; 25 KB
Frank's model phase portrait.jpg 360 × 364; 23 KB
Gravitational field.png 1,380 × 1,212; 566 KB
Gràfic d'un camp vectorial.svg 334 × 335; 238 KB
Implicit Function Theorem.svg 556 × 556; 1.54 MB
Indexvectorfield.svg 360 × 339; 102 KB
Invariance d'un champ vectoriel par antisymétrie axiale.png 520 × 471; 24 KB
Invariance d'un champ vectoriel par antisymétrie plane.png 660 × 371; 25 KB
Invariance d'un champ vectoriel par symétrie axiale.png 520 × 371; 21 KB
Invariance d'un champ vectoriel par symétrie plane.png 520 × 381; 20 KB
Irrotationalfield.svg 512 × 512; 349 KB
Isocline 1.png 728 × 701; 64 KB
Isocline 2.png 332 × 322; 17 KB
Isocline 3.png 683 × 669; 54 KB
Killing-vector-s2.png 1,280 × 1,024; 457 KB
LaSalle principle example.png 1,600 × 3,200; 1.66 MB
Line integral convolution visualisation (color).png 512 × 512; 386 KB
Line integral convolution visualisation (opacity).png 512 × 512; 206 KB
Line integral convolution visualisation.png 512 × 512; 376 KB
Logistic curve vector field.png 1,041 × 805; 60 KB
Lotka-Volterra.svg 512 × 512; 432 KB
Magnetische-Feldstaerke.svg 512 × 512; 155 KB
Manantial-sumidero.png 467 × 225; 20 KB
Micromagnetics by Zureks.svg 285 × 361; 122 KB
Moglfm0101 equipolencia.jpg 381 × 339; 29 KB
Multi path example 1.svg 2,303 × 744; 54 KB
Multi surface example 1.svg 2,303 × 744; 51 KB
N = -1 Witt vector field.png 854 × 480; 19 KB
N = 0 Witt vector field.png 854 × 480; 52 KB
N = 1 Witt vector field.png 854 × 480; 68 KB
Non-integrable 2-subspace distribution.svg 640 × 432; 2 KB
Nonuniform curl.svg 512 × 512; 173 KB
Nonuniformcurl.JPG 276 × 299; 12 KB
Nonuniformcurl.png 2,292 × 2,454; 71 KB
Normalenvektor.png 1,151 × 793; 163 KB
Nós dinâmica.png 598 × 298; 18 KB
Nós graficos.png 589 × 270; 20 KB
Nós próprios.png 540 × 345; 29 KB
Opce Vektorsko Polje.png 850 × 850; 110 KB
Path Dirac delta example 1.svg 461 × 602; 26 KB
Path volume intersections two panel example.svg 992 × 549; 17 KB
PenduleEspaceDesPhases.png 995 × 606; 33 KB
Pendulum phase portrait.svg 479 × 484; 352 KB
Phase portrait for a DE represented by matrix A.tif 1,494 × 1,528; 91 KB
Phase portrait for P-1AP in Persian Wikibooks Example.tif 1,494 × 1,528; 89 KB
Phase portrait for P-1AP.tif 1,494 × 1,528; 81 KB
Phasenportraet mit vektorfeld.svg 512 × 384; 25 KB
Poincare Group Generators.jpg 1,600 × 1,200; 660 KB
Poiseuille profile.png 224 × 97; 765 bytes
QEGPhasePortrait.png 820 × 645; 120 KB
QEGPhasePortraitEH.png 820 × 640; 141 KB
QEGStreamDensityPlot.png 820 × 865; 269 KB
QEGStreamPlotEH.png 720 × 743; 316 KB
Quiver simple demo.jpg 1,280 × 960; 142 KB
Quiver simple demo.svg 576 × 432; 121 KB
Radial vector field dense.svg 512 × 512; 109 KB
Radial vector field sparse.svg 512 × 512; 38 KB
Redressement-d'un-flot.jpg 200 × 324; 28 KB
Retrato de fase do pêndulo..png 301 × 269; 20 KB
River flow showing nonzero curl.png 800 × 400; 26 KB
Saddle-node phase portrait with central manifold.svg 720 × 720; 35 KB
Simple jump in slow-fast systems.svg 720 × 720; 662 KB
Sin z vector field 01 Pengo.svg 720 × 540; 422 KB
Sin z vector field 02 Pengo.svg 720 × 540; 525 KB
Slope field autonomous.png 1,920 × 1,080; 199 KB
Slope field from Eugster.svg 576 × 432; 98 KB
Slope field Law of cooling.png 1,920 × 1,080; 232 KB
Slope field.png 1,920 × 1,080; 325 KB
Slope field3.png 1,920 × 1,080; 337 KB
Slopefield1 es wikibooks.svg 512 × 512; 39 KB
Solenoidal vector field 1.svg 551 × 525; 128 KB
Solenoidal vector field 2.svg 551 × 525; 128 KB
Special conformal transformation generator.png 1,920 × 1,080; 525 KB
Spiral Sink VF.png 360 × 335; 23 KB
Square Py.png 321 × 356; 102 KB
Stable node.jpg 1,920 × 1,080; 293 KB
Stokes aether drag.svg 315 × 315; 121 KB
Surface integral - vector field thru a surface.svg 814 × 368; 117 KB
Surface normal.png 499 × 241; 15 KB
Surface normals.svg 575 × 449; 237 KB
Surface relief preserves the total surface vector 2.svg 886 × 673; 10 KB
Surface relief preserves the total surface vector.svg 868 × 567; 12 KB
Surface surface intersections example.svg 354 × 354; 16 KB
Surface vector.svg 478 × 602; 12 KB
Surface volume intersections two panel example.svg 1,417 × 673; 17 KB
SurfaceNormalDrawing.PNG 235 × 192; 3 KB
Taylor-Green vortex vector plot.png 1,200 × 900; 48 KB
Tensor.PNG 691 × 235; 9 KB
Tidal-forces-calculated-right.png 860 × 769; 17 KB
Tidal-forces-calculated.png 361 × 403; 6 KB
Torus vectors oblique.jpg 2,038 × 1,730; 245 KB
Torus vectors radial.jpg 2,038 × 1,730; 290 KB
Torus vectors radial.png 4,074 × 3,458; 2.31 MB
Total 2D surface vectors.svg 744 × 443; 23 KB
Total surface vector of a ribbon is 0.svg 833 × 585; 80 KB
Triangular prism surface vector sum.svg 620 × 496; 12 KB
Uniform curl.png 963 × 963; 31 KB
Uniform curl.svg 512 × 512; 182 KB
Van der pols equation phase portrait.svg 438 × 533; 151 KB
Vector Circulation.svg 685 × 728; 28 KB
Vector field of rasterized pi with gaussian derivatives.svg 1,411 × 1,411; 856 KB
Vector Field on a Sphere.png 1,200 × 1,200; 439 KB
Vector field on a surface.PNG 476 × 293; 27 KB
Vector field on a surface.svg 587 × 370; 17 KB
Vector field.svg 394 × 394; 3 KB
Vector fields diagram 32667.jpg 538 × 1,074; 99 KB
Vector Rotation.svg 575 × 388; 26 KB
Vector sphere.svg 389 × 349; 57 KB
Vector sum of three phases.png 425 × 654; 20 KB
Vector-field-examples.svg 640 × 520; 2.73 MB
Vectorfield jaredwf.png 400 × 356; 63 KB
Vectorfield.svg 360 × 353; 278 KB
VectorField.svg 600 × 600; 96 KB
Vectorfield2.PNG 767 × 764; 25 KB
Vectorplot-example.svg 514 × 455; 316 KB
Vektor1.svg 317 × 313; 234 KB
Vektor10.svg 317 × 313; 236 KB
Vektor11.svg 317 × 313; 235 KB
Vektor12.svg 317 × 313; 235 KB
Vektor13.svg 317 × 313; 235 KB
Vektor14.svg 317 × 313; 235 KB
Vektor15.svg 317 × 313; 236 KB
Vektor2.svg 317 × 313; 234 KB
Vektor3.svg 317 × 313; 235 KB
Vektor3a.svg 317 × 313; 235 KB
Vektor4.svg 317 × 313; 236 KB
Vektor5.svg 317 × 313; 234 KB
Vektor6.svg 317 × 313; 235 KB
Vektor7.svg 317 × 313; 235 KB
Vektor8.svg 317 × 313; 235 KB
Vektor9.svg 317 × 313; 235 KB
Vektorfeld.png 340 × 227; 34 KB
Vektorove pole.gif 768 × 558; 8 KB
Vier Kamerapunkte.jpg 420 × 330; 44 KB
Witt 2.png 854 × 480; 75 KB
Witt minus 2.png 854 × 480; 39 KB
Witt minus 3.png 854 × 480; 63 KB
平衡点の例とベクトル場の様子.svg 600 × 550; 320 KB
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