Strona główna▸Kategorie▸Magnetyzm

🧲 Magnetyzm

Pola magnetyczne, domeny i lewitacja.

42 symulacji60 fps w czasie rzeczywistym0 kroków instalacji
Aurora Current: Charged Particle Flow (2D)New📱A top-down 2D simulation of charged particles held on a ring by a radial spring, swept… Magnetosphere Lab (2D): Solar Wind vs. Dipole FieldNew📱A 2D cross-section showing the solar wind compressing Earth's dayside dipole field and… Magnetic Levitation Track: Coil Force & Height Regulator (2D)New📱A 2D side-view maglev car held up by a coil-power / load / irregularity force equation, with… Magnetosphere Shield (2D)New📱A 2D cross-section simulation showing how solar wind is deflected around Earth's dipole… Magnetic Storm: Charged Particles in a Dipole Field (2D)New📱A top-down Canvas2D lab where ions and electrons are integrated with the real Lorentz force… Magnetic Pendulum Art (2D Top-Down)New📱Top-down 2D pendulum that swings over three fixed magnets, tracing a color-coded trail of… Geomagnetic Storm: Solar Wind Deflection (2D)New📱2D companion to the Magnetic Storm sim: solar-wind protons and electrons enter from the left… Auroral Electrojet: Precipitation Energy, Conductivity & Current (2D)New📱2D auroral-electrojet lab: energy-dependent electron penetration depth (Rees range-energy… Magnetic Lake: Dipole Field & Ferro-Surface Ripple (2D)New📱2D magnetic-lake lab: a real dipole-field formula drives a compass-needle grid and a damped… Spin Hall Effect: Charge-to-Spin Current ConversionNew📱Watch spin-orbit coupling in a heavy-metal film deflect spin-up and spin-down carriers to… Magnetic Core DrillNew📱Explore the principles of magnetism with this simulation. Manipulate magnetic fields and… Magnetic Hysteresis Loop SimulatorNew📱Sweep an external field across a magnetic domain block and watch the B-H hysteresis loop…
Magnetism & Magnetic DomainsNew📱A grid of atomic magnetic dipoles starts randomly oriented; ramp up an external field to… Ferrofluid Magnetic Interactions SimulationNew📱Observe the dynamic interaction of ferrofluids with magnetic fields, adjusting magnet… Magnetic Field Line DynamicsNew📱Interact with a magnet to see how its shape and position affect the distribution of magnetic… Aurora Magnetosphere DynamicsNew📱This simulation vividly demonstrates how charged particles from the solar wind interact with… Mahnetna Buria Symuliatsiia 731 2New📱This simulation models a specific research project focused on simulating magnetic storms.… Magnetic Pendulum ChaosNew📱Explore the mesmerizing dance of a magnetic pendulum as you adjust damping and gravity… Ferrofluid Dynamics Spike VisualizationNew📱Explore the movement of ferrofluids in response to magnetic forces, manipulating parameters… S26 Magnetic Pendulum ArtNew📱This simulation combines magnetism and pendulum motion to create visually appealing… Magnetic Pendulum Field Interaction SimulationNew📱Investigate the interaction between a magnetic field and a pendulum by adjusting parameters… Auric Swarm | Three.jsNew📱This simulation visualizes an auric swarm using Three.js, allowing users to explore the… Aurora Current | Three.jsNew📱This simulation demonstrates the behavior of auroral currents in the ionosphere, showcasing… Aurora Furnace | Three.jsNew📱This simulation visualizes the formation of auroras associated with solar flares and coronal… Aurora Ionosphere CurrentNew📱This simulation demonstrates the flow of charged particles within the ionosphere, driven by… Aurora MagnetosphereNew📱This simulation explores the interaction between the Earth's magnetosphere and solar wind… Aurora Pulse | Three.jsNew📱This simulation visualizes auroral pulses – sudden bursts of light in the aurora – using… Eddy Current SeparatorNew📱This simulation explores the physics behind eddy current separators, demonstrating how… Magnetic Drum SeparatorNew📱This simulation allows you to explore the physics behind magnetic separation by manipulating… Magnetic GardenNew📱This simulation demonstrates the interaction between magnetic fields and conductive… Magnetic LakeNew📱This simulation explores the behavior of magnetic fields within a body of water. It… Magnetic Levitation TrackNew📱This simulation illustrates the principles of magnetic levitation, where a magnet is… Magnetic Ore SeparationNew📱This simulation demonstrates the use of magnetism to separate different materials based on… Magnetic RainNew📱This simulation explores how magnetic fields can influence the movement of charged particles… Magnetosphere LabNew📱This simulation allows users to explore the dynamics of the magnetosphere – the region… Magnetosphere ShieldNew📱This simulation models the interaction between a planet's magnetosphere and incoming charged… Magnetosphere Storm SimulationNew📱This simulation demonstrates the effects of a magnetospheric storm on surrounding space… Magnetosphere StormNew📱This simulation depicts the complex processes involved in a magnetospheric storm – a… Magnetic Storm SimulationNew📱This simulation demonstrates the behavior of magnetic fields and their interaction with… Polar Burst | Three.jsNew📱This simulation visualizes a polar burst event using three.js, likely representing phenomena… Magnet SimulatorNew📱This interactive simulator demonstrates fundamental magnetic principles, such as attraction… Spin Hall Effect (2D Top-Down View): Charge-to-Spin Current Conversion📱Watch spin-orbit coupling in a heavy-metal film deflect spin-up and spin-down carriers to…
O kategorii

Magnetyzm

Pola magnetyczne, domeny i lewitacja.

Three.js · WebGL 60 FPS CC BY 4.0
W skrócie
42interaktywnych symulacji w tej kategorii
⚡działa w 60 FPS w każdej nowoczesnej przeglądarce
🌐angielski, ukraiński, polski, hiszpański, niemiecki, japoński, włoski, portugalski (brazylijski), francuski, arabski, niderlandzki, chiński, koreański, hindi, turecki, wietnamski, rosyjski, indonezyjski, perski, bengalski, tajski, filipiński, suahili, urdu, malajski, tamilski, hebrajski, grecki, pendżabski, amharski, birmański, khmerski, gruziński, nepalski, mongolski, ormiański, syngaleski, laotański, czeski, rumuński, węgierski, bułgarski, szwedzki, duński, fiński, norweski, słowacki, chorwacki, serbski, słoweński, litewski, łotewski, estoński, islandzki, albański, macedoński, bośniacki i maltański
🎓CC BY 4.0 — za darmo dla szkół i LMS

Najczęstsze pytania

Czy muszę coś instalować, aby uruchomić symulacje z kategorii „Magnetyzm”?▾

Nie. Wszystko działa w przeglądarce — bez pobierania, wtyczek i kont. Chrome, Firefox, Edge i Safari; większość symulacji działa też na telefonie.

Czy mogę używać tych symulacji w nauczaniu?▾

Tak — cała treść jest darmowa do celów edukacyjnych na licencji CC BY 4.0. Linkuj do symulacji lub osadź ją w LMS przez iframe.

Czy modele są naukowo poprawne?▾

Używają tych samych równań co profesjonalne oprogramowanie i są całkowane numerycznie w czasie rzeczywistym. Każda symulacja podaje swoje algorytmy.

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