Category:Electrostatics
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Deutsch: Kategorie:Elektrostatik. Die Elektrostatik ist das Teilgebiet der Physik, das sich mit ruhenden elektrischen Ladungen, Ladungsverteilungen und den elektrischen Feldern geladener Körper befasst.
English: Category:Electrostatics. Electrostatics is a branch of physics that deals with the phenomena and properties of stationary or slow-moving electric charges with no acceleration. (Electrostatic generators, electroscopes, electrostatic phenomena.)
Français : Catégorie:Électrostatique. L'électrostatique est la branche de la physique qui étudie les phénomènes créés par des charges électriques statiques pour l'observateur.
Nederlands: Categorie:Elektrostatica. Elektrostatica is de leer van de rustende of statische elektriciteit, waarin de eigenschappen van statische elektrische ladingen worden bestudeerd.
日本語: カテゴリ:静電気学.
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Sottocategorie
Questa categoria contiene le 23 sottocategorie indicate di seguito, su un totale di 23.
B
C
- Clavecin électrique (3 F)
E
F
- Fulminating squares (2 F)
G
- Gauss' Law (55 F)
I
L
M
- Method of image charges (37 F)
P
- Powder coating application (21 F)
S
T
- Three-body problem (33 F)
W
File nella categoria "Electrostatics"
Questa categoria contiene 200 file, indicati di seguito, su un totale di 400.
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13. Електризација на електроскоп со инфлуенца.ogv 1 min 1 s, 1 920 × 1 080; 38,12 MB
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1965-5 1965年 中国研制的电子静电加速器.jpg 705 × 1 099; 268 KB
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200pF capacitance.svg 800 × 740; 2 KB
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23023284 1837732452923573 2113951284 o-crop.png 704 × 366; 52 KB
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3D-printed electronic electrostatic machines I.jpg 800 × 600; 61 KB
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3D-printed electronic electrostatic machines II.jpg 800 × 600; 95 KB
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3D-printed electronic electrostatic machines III.jpg 3 840 × 2 160; 2,9 MB
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3D-printed electronic electrostatic machines IV.jpg 3 840 × 2 160; 2,77 MB
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3D-printed electronic electrostatic machines IX.jpg 3 840 × 2 160; 2,86 MB
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3D-printed electronic electrostatic machines V.jpg 800 × 450; 73 KB
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3D-printed electronic electrostatic machines VI.jpg 800 × 450; 69 KB
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3D-printed electronic electrostatic machines VII.jpg 3 840 × 2 160; 2,67 MB
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3D-printed electronic electrostatic machines VIII.jpg 3 840 × 2 160; 2,77 MB
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3D-printed electronic electrostatic machines X.jpg 3 840 × 2 160; 2,33 MB
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3D-printed electronic electrostatic machines XI.jpg 3 840 × 2 160; 2,89 MB
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3D-printed electronic electrostatic machines XII.jpg 3 264 × 2 448; 2,16 MB
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3D-printed electronic electrostatic machines XIII.jpg 3 264 × 2 448; 2,64 MB
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3D-printed electronic electrostatic machines XIV.jpg 3 264 × 2 448; 2,59 MB
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3D-printed electronic electrostatic machines XV.jpg 3 264 × 2 448; 2,28 MB
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3D-printed electronic electrostatic machines XVI.jpg 3 264 × 2 448; 2,57 MB
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Absolute Electrometer, Braun’s I.jpg 800 × 600; 85 KB
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Absolute Electrometer, Braun’s II.jpg 800 × 600; 92 KB
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Absolute Electrometer, Braun’s III.jpg 800 × 600; 56 KB
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Ampere2.png 813 × 610; 7 KB
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Ampere3.png 813 × 610; 7 KB
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AmpereDiagram.jpg 405 × 286; 13 KB
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Analizator elektrostatyczny2.svg 650 × 440; 11 KB
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Anillo.PNG 405 × 260; 11 KB
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Arreglo de cuatro condensadores.svg 224 × 109; 15 KB
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Ball electroscope.jpg 640 × 480; 31 KB
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Calculchampdipole.png 263 × 121; 3 KB
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Campo di un disco uniformemente carico.png 3 503 × 2 626; 62 KB
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Campo electrico cargas puntuales.PNG 459 × 236; 8 KB
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Campo Electrico Distribucion Lineal.PNG 296 × 250; 3 KB
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Campo Electrico Distribucion Superficial.PNG 518 × 218; 10 KB
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Campo Electrico Distribucion Volumen.PNG 315 × 185; 6 KB
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Campo electrico varias cargas punto.PNG 459 × 236; 11 KB
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Campo electrico volumen.PNG 315 × 185; 6 KB
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Campo eléctrico de cuatro cargas positivas.svg 213 × 207; 285 KB
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Campo eléctrico de dos cargas positivas y una negativa.svg 225 × 179; 238 KB
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Campo eléctrico de dos líneas paralelas con cargas opuestas.svg 240 × 242; 122 KB
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Campo eléctrico de un dipolo.svg 215 × 208; 185 KB
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Campo eléctrico de una carga puntual negativa.svg 202 × 202; 154 KB
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Campo eléctrico de una carga puntual positiva.svg 202 × 202; 153 KB
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Campo eléctrico de una línea con carga positiva.svg 238 × 242; 118 KB
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Campoanellocarico.png 3 503 × 2 626; 65 KB
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Campolungox.png 3 503 × 2 626; 50 KB
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Campolungoz.png 3 503 × 2 626; 53 KB
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Capacitor con dos dieléctricos en paralelo.svg 109 × 68; 7 KB
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Capacitor con dos dieléctricos en serie.svg 109 × 83; 7 KB
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Carga puntual negativa en el eje x, y línea sobre el eje y.svg 234 × 135; 14 KB
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Carga puntual positiva frente a una varilla cargada.svg 222 × 115; 12 KB
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Carré Electrostatic machine I.jpg 1 600 × 1 200; 203 KB
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Carré Electrostatic machine II.jpg 1 600 × 1 200; 220 KB
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Cavallo's multiplier labelled.jpg 1 137 × 802; 123 KB
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Cavallo-multiplier-1.jpg 1 137 × 802; 121 KB
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Charge-redistribution-on-metal-surfaces.svg 463 × 305; 9 KB
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Charged asperities.jpg 644 × 438; 23 KB
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Cilindro2.PNG 594 × 292; 8 KB
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Circuito con cuatro condensadores.svg 160 × 145; 14 KB
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Circuito con tres condensadores.svg 144 × 79; 11 KB
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Clavecin électrique.jpg 425 × 245; 32 KB
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Coherer radio receiver.webm 1 min 15 s, 640 × 480; 7,68 MB
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Condensadores en paralelo.svg 211 × 88; 8 KB
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Condensadores en serie.svg 130 × 65; 8 KB
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Conductorenequilibrio.gif 300 × 261; 9 KB
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Coulomb electrometer.png 173 × 345; 21 KB
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CoulombBalance.jpg 165 × 346; 12 KB
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Cylindric simplified Voss machine I.jpg 400 × 377; 13 KB
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Cylindric simplified Voss machine II.jpg 400 × 387; 14 KB
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Cylindrical wire parallel to wall.svg 530 × 292; 5 KB
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Dejonizator idea Miziak.PNG 809 × 436; 15 KB
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Dejonizator szkic Miziak.JPG 928 × 572; 50 KB
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Details of an unipolar electronic electrostatic machine.webm 45 s, 1 280 × 720; 12,64 MB
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Dipole-potential-3D-isolines-far-away.png 1 500 × 1 077; 148 KB
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Dipole-potential-3D-paths.png 1 500 × 1 073; 464 KB
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Dipole-potential-3D-streamlines-charges.png 1 500 × 1 073; 476 KB
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Dipole-potential-3D-values.png 1 500 × 1 073; 469 KB
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Dipolo 2006.png 678 × 589; 8 KB
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Dos cargas eléctricas puntuales.svg 139 × 42; 8 KB
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Double electrophorus machine I.jpg 800 × 600; 79 KB
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Double electrophorus machine II.jpg 800 × 600; 68 KB
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Double electrophorus machine III.jpg 640 × 640; 66 KB
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Double electrophorus machine IV.jpg 640 × 640; 70 KB
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Double electrophorus machine.webm 6 h 25 min 58 s, 1 280 × 720; 18,62 MB
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Double electrostatic whirl.webm 1 min 32 s, 1 920 × 1 080; 31,53 MB
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Double Van de Graaff Generator I.jpg 320 × 492; 24 KB
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Double Van de Graaff Generator II.jpg 480 × 640; 23 KB
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Double Van de Graaff Generator III.jpg 480 × 640; 26 KB
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Double Van de Graaff Generator IV.jpg 640 × 480; 25 KB
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Double Van de Graaff Generator V.jpg 480 × 640; 19 KB
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Double Van de Graaff Generator VI.jpg 640 × 480; 25 KB
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Double Van de Graaff Generator VII.jpg 517 × 480; 25 KB
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Double Van de Graaff Generator VIII.jpg 480 × 640; 29 KB
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Double Van de Graaff Generator.webm 1 h 15 min 3 s, 320 × 240; 7,21 MB
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Doubler of Electricity I.jpg 640 × 286; 22 KB
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Doubler of Electricity II.jpg 640 × 427; 43 KB
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DRSSTC at low power.webm 1 min 57 s, 1 280 × 720; 8,07 MB
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Due sbarrette perpendicolari.png 321 × 302; 4 KB
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E esfera maciza.JPG 294 × 259; 6 KB
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E field infinite line charge.svg 204 × 121; 56 KB
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Early Quadrant Electrometer.png 89 × 238; 9 KB
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EB1911 Electrostatics - Fig. 1.jpg 170 × 171; 5 KB
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EB1911 Electrostatics - Fig. 2.jpg 151 × 163; 5 KB
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EB1911 Electrostatics - Fig. 3.jpg 194 × 144; 7 KB
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EB1911 Electrostatics - Fig. 4.jpg 193 × 119; 6 KB
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EB1911 Electrostatics - Fig. 5.jpg 182 × 181; 6 KB
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EB1911 Electrostatics - Fig. 6.jpg 220 × 131; 7 KB
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Ele1.png 406 × 627; 83 KB
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Electric charge symbol negative.svg 100 × 100; 1 KB
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Electric charge symbol positive.svg 100 × 100; 1 KB
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Electric field and potential relationship.gif 300 × 300; 26 KB
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Electric field lines demonstration2.jpg 1 024 × 768; 147 KB
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Electric field negative.gif 418 × 375; 322 KB
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Electric field one charge changing.gif 416 × 396; 70 KB
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Electric field.gif 418 × 373; 224 KB
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Electric Flux in a Cylinder.svg 540 × 240; 33 KB
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Electric potential energy 3 charge.gif 640 × 452; 67 KB
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Electric potential energy.gif 406 × 414; 31 KB
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Electric potential negative.gif 397 × 465; 312 KB
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Electric potential positive.gif 408 × 324; 171 KB
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Electric potential varying charge.gif 300 × 300; 23 KB
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Electric-dipole-3D.jpg 1 259 × 709; 151 KB
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Electric-dipole-field-potential.png 1 439 × 1 079; 235 KB
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Electric-dipole-field-strength.svg 546 × 409; 39 KB
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Electric-field-lines.svg 464 × 262; 12 KB
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Electric-field-terrain-model-3D-potential-with-points.jpg 1 500 × 1 073; 467 KB
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Electric-field-terrain-model-3D-potential.jpg 1 500 × 1 073; 459 KB
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Electric-field-terrain-model-3D-stream.jpg 1 500 × 1 073; 604 KB
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Electric-field-terrain-model-3D.stl 5 120 × 2 880; 630 KB
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Electric-flux-around-a-point-charge.svg 400 × 400; 12 KB
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Electric-flux-surface-example.svg 488 × 366; 42 KB
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Electric-flux.jpg 1 920 × 1 080; 269 KB
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Electric-peak-field.svg 600 × 500; 24 KB
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Electric-peak-field2.svg 600 × 500; 13 KB
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ElectricDisplacement01.png 350 × 210; 5 KB
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ElectricField3Charges.svg 700 × 436; 73 KB
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ElectricFieldComponentAlongX.png 964 × 837; 121 KB
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Electrometer.jpg 800 × 600; 57 KB
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Electrometers.jpg 5 984 × 3 376; 5,84 MB
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Electrophorus cycle de.png 1 440 × 900; 14 KB
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Electrophorus cycle en.png 1 440 × 900; 14 KB
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Electrospinning apparatus.jpg 388 × 564; 42 KB
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Electrospinning Diagram.jpg 3 425 × 2 002; 1 008 KB
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Electrospinning setup.png 812 × 586; 25 KB
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Electrospun fibre drying.jpg 3 684 × 2 116; 1,05 MB
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Electrostatic force.png 462 × 120; 2 KB
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Electrostatic Laboratory of the Polytechnic Institute.jpg 429 × 358; 15 KB
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Electrostatic levitation.webm 11 h 26 min 26 s, 320 × 240; 4,29 MB
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Electrostatic Linear Motor I.jpg 640 × 530; 45 KB
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Electrostatic Linear Motor II.jpg 640 × 372; 35 KB
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Electrostatic Linear Motor III.jpg 640 × 120; 17 KB
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Electrostatic loudspeaker-ru.svg 751 × 315; 2 KB
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ELECTROSTATIC MILLxqr12fc001.svg 266 × 159; 4 KB
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Electrostatic motor with electrostatic machine.webm 1 min 51 s, 640 × 480; 1,94 MB
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Electrostatic Orrery.jpg 800 × 600; 117 KB
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Electrostatic Orrery.webm 1 min 2 s, 640 × 480; 5,31 MB
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Electrostatic pendulum powered by an electrophorus.webm 2 h 47 min 46 s, 320 × 240; 5,96 MB
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Electrostatic ring with ball and plane.webm 58 s, 1 280 × 720; 11,53 MB
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Electrostatic Ring with plane, and sphere.webm 1 min 21 s, 1 280 × 720; 12,75 MB
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Electrostatic Sphere gap meter.jpg 800 × 600; 81 KB
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Electrostatically-Biased-Binding-of-Kinesin-to-Microtubules-pbio.1001207.s005.ogv 55 s, 1 440 × 652; 2,48 MB
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Electrostatically-Biased-Binding-of-Kinesin-to-Microtubules-pbio.1001207.s006.ogv 14 s, 450 × 450; 4,24 MB
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Electrostatically-Biased-Binding-of-Kinesin-to-Microtubules-pbio.1001207.s007.ogv 32 s, 550 × 550; 7,28 MB
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Electrostatics as an Alternative to the Cieplak Model.PNG 403 × 174; 11 KB
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Electrostatics relation triangle.svg 1 134 × 794; 109 KB
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Elektrisches Potential.jpg 620 × 332; 34 KB
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ElektriskDipol.jpg 407 × 428; 14 KB
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Elektroforo-funkciado.svg 864 × 458; 456 KB
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Elektrostatischekracht.gif 242 × 86; 4 KB
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Elflux.png 776 × 406; 113 KB
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Enclosed spinners with candle.webm 3 h 53 min 51 s, 640 × 480; 17,41 MB
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Energy harvesting with variable capacitances - ISCAS 2017.webm 6 h 47 min 28 s, 853 × 480; 15,71 MB
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Es spk.gif 290 × 282; 4 KB
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Es15p137.png 2 246 × 771; 46 KB
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Es15p153.png 781 × 720; 10 KB
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Es15p153b.png 561 × 420; 4 KB
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ESD Jacket.jpg 5 664 × 4 248; 5,63 MB
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ESD Simulation Models incl. charging.svg 380 × 150; 12 KB
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Esd-anti-static-shielding-bag.jpg 250 × 250; 31 KB
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Esd005.jpg 230 × 221; 19 KB
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Esferagauss.PNG 355 × 323; 70 KB
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ExempleESDvoltage.png 561 × 230; 21 KB
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Experimental double-resonance solid-state Tesla coil II.webm 1 min 37 s, 1 280 × 720; 8,51 MB
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Experimental double-resonance solid-state Tesla coil.webm 54 s, 1 280 × 720; 7,77 MB
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Experimenting with electroscopes.jpg 800 × 451; 38 KB
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Faradays ice pail experiment - electric fields.png 783 × 778; 38 KB
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Faradays ice pail experiment.png 900 × 746; 41 KB
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Fhsst electrost23.png 182 × 105; 818 byte
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Fhsst electrost3.png 236 × 191; 1 KB
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Filo su piano.png 957 × 597; 3 KB
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Flujo eléctrico 1.svg 89 × 99; 22 KB
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Flujo eléctrico 2.svg 77 × 114; 24 KB
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Flujo eléctrico 3.svg 105 × 96; 22 KB
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Flujo eléctrico 4.svg 119 × 96; 25 KB
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Flujo eléctrico 5.svg 108 × 107; 21 KB
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Flux pyramid element.svg 838 × 114; 29 KB