BerandaKategoriPlasma Physics

🧲 Plasma Physics

Ionized gases, magnetic confinement and the physics behind auroras and fusion reactors.

26 simulasi60 fps real-time0 langkah instalasi
Stellar Plasma Siphon (Ultra)NewExplore the dynamics of stellar plasmas in this simulation. Manipulate magnetic fields to… Tokamak Fusion ReactorNewInteractive tokamak fusion reactor: watch magnetically confined deuterium-tritium plasma… Larmor Orbits: Charged Particles in a Magnetic FieldNewIons and electrons gyrate around magnetic field lines. Tune field strength, plasma… Alfvén Wave Propagation — Frozen-In Magnetized PlasmaNewPluck a magnetized plasma flux-rope and watch a transverse Alfvén wave travel along the… Fusion Energy Insight LabNewRun a live 3D tokamak model — tune magnetic field, plasma density and auxiliary heating,… Fusion Power: The Promise of Clean EnergyNewToggle between a magnetic-confinement tokamak and a laser-driven inertial-confinement fuel… Plasma Dynamics SimulationNewThis simulation demonstrates the behavior of plasma – an ionized gas – exploring phenomena… Plasma Confinement SimulationNewThis simulation demonstrates the fundamental principles of plasma physics, including… Plasma Ball – Principles of Plasma PhysicsNewThis simulation demonstrates the principles of plasma physics, showcasing how charged… Plasma Ball – Controlled Plasma ConfinementNewThis simulation demonstrates the behavior of plasma within a confined space. It allows users… Plasma Ball DynamicsNewThis simulation visualizes plasma behavior within a spherical container. It demonstrates… 3D Plasma BallNewThis simulation visually represents plasma behavior within a spherical container. It…
Interactive 3D Plasma SphereNewThis simulation showcases the dynamics of plasma within a spherical globe. It allows users… Plasma Lightning OrbNewObserve the formation and dynamics of a plasma lightning orb in this interactive simulation.… Solar Flare Plasma Dynamics SimulationNewExplore the physics of a solar flare's eruption through adjustable turbulence, flare… Plasma Physics SimulationNewThis simulation demonstrates the principles of plasma physics, showcasing how ionized gases… Sinusoidal Plasma InterferenceNewThis simulation allows you to explore the properties of plasma – a state of matter… Plasma OrbNewThis simulation explores the properties of plasma, a state of matter characterized by… Plasma Density: Particle Interaction SimulationNewManipulate plasma forces to observe particle behavior. The 'Density' slider now… Plasma BallNewThis simulation visualizes the behavior of plasma within a confined space. It demonstrates… Ion Forest | Three.jsNewThis simulation models the behavior of ions within a plasma environment, specifically… Plasma Bloom | Three.jsNewThis simulation demonstrates the formation of plasma blooms in astrophysical environments,… Plasma Filaments — Three.js SimulationNewThis simulation models the formation of plasma filaments—dense structures observed in space… Magnetic Confinement Fusion: TokamakNewTune a tokamak's toroidal and poloidal magnetic fields, watch the safety factor q, and see… Aurora Borealis: Solar Wind & Magnetosphere InteractionNewA physically-grounded 3D aurora simulator: solar-wind particles funnel along Earth's dipole… Solar Wind & MagnetosphereNewSimulate the solar wind slamming into Earth's magnetic field: bow shock formation,…
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Plasma Physics

Ionized gases, magnetic confinement and the physics behind auroras and fusion reactors.

Three.js · WebGL 60 FPS CC BY 4.0
Fakta singkat
26simulasi interaktif dalam kategori ini
berjalan pada 60 FPS di browser modern mana pun
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🎓CC BY 4.0 — gratis untuk kelas dan penyematan LMS

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Apakah saya perlu menginstal sesuatu untuk menjalankan simulasi Plasma Physics?

Tidak. Semuanya berjalan sepenuhnya di browser Anda — tanpa unduhan, plugin, atau akun. Berfungsi di Chrome, Firefox, Edge, dan Safari; sebagian besar simulasi juga berfungsi di perangkat seluler.

Bisakah saya menggunakan simulasi ini untuk mengajar?

Ya — semua konten gratis untuk penggunaan pendidikan berdasarkan lisensi CC BY 4.0. Tautkan langsung ke simulasi mana pun atau sematkan di LMS Anda melalui iframe; tidak perlu kunci API.

Apakah model-modelnya akurat secara ilmiah?

Model ini menggunakan formulasi matematis yang sama dengan perangkat lunak profesional, yang diintegrasikan secara numerik secara real time. Setiap simulasi mencantumkan algoritmenya, dan banyak di antaranya tertaut ke artikel yang menjelaskan matematika yang mendasarinya.

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