05:09
Lorentz Force in MHD Conduction Pump Explained
04:54
1000 Amps with 1 Volt – MHD pump
01:05
Faraday’s law doing what? - #VeritasiumContest
05:51
Aluminum Tornado for Metal Matrix Composites (MMC)
09:36
Liquid Sodium Levitation, Reactivity and why Physicists Use it in Nuclear Reactors and Geodynamos
07:43
Induction Heating, Melting and Levitation [4k]
05:47
Skin Effect Visualized - Physics Behind Induction Heating
06:15
Permanent Magnet Chair - 500 kg of Repulsion
01:39
MHD Technology Laboratory - Applied Magnetohydrodynamics
15:59
Magnetic field of wires, coils and inductors - physics behind induction heating
04:32
Massive 600 kg (1300 lbs) Neodymium Magnet [4k]
02:06
Liquid Mirror by Gallium Alloy - Galinstan [4k]
02:55
Making Bismuth Crystals [4k]
02:05
Electromagnetic Levitation using Permanent Magnets
04:18
Making Gallium Crystals [4K]
02:19
Induction Heating through Ice (1000 C)
01:25
Liquid Tin (Sn) Poured and Solidified in Copper Ring
01:09
10 000 [A] Impulse Discharge Interacting with Liquid Metal
00:50
Timelapse of Molten Tin (Sn) Crystallization
01:14
Rotating Permanent Magnets Stirring Liquid GaInSn Alloy
00:56
Induction Heating of Graphite Ring, Glowing Orange @ 1100 C
01:32
Molten Aluminum Crystallization
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About
MHD (Magnetohydrodynamic) Technology laboratory is part of the Institute of Physics of Univesity of Latvia. We specialize in the field of applied Magnetohydrodynamics, electromagnetic processing of materials. We research the following topics: liquid metal stirring and pumping, crystallization of metals and composite alloys, nanoparticle dispersion in liquid metals, and instabilities in liquid metal batteries.
Chanel is hosted by Reinis Baranovskis
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