The Fastest Heat Conductor

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Publicado 2024-07-02
I show you the world's fastest heat conductor

#shorts

Todos los comentarios (21)
  • @A_Jung
    That ice "cutting" was really impressive!
  • @willgund779
    I need a motorcycle jacket with an array of heat pipes connected to an icebox
  • @lDoVahKiiN
    - says he has liquid crystals - does magic - refuse to elaborate
  • @techno9495
    Imagine giving someone a teaspoon with a heat pipe. That would be devilish
  • @4MB1T1OUS
    His hand when cutting the ice: 🧊🥶❄️
  • @angl3_275
    Heat pipes are one of my favorite non-electric inventions. It's genius how they managed to make such a thing capable of conducting heat away at extremely fast rates
  • @melody3741
    Its literally like one cycle refrigeration. These things blow my mind.
  • @clayton7610
    "How fast the worlds fastest heat conductor can conduct heat" that was a mouthful
  • @littlekirby6
    that's insane, I knew that heat pipes were fast at transferring heat, but not THAT quick!
  • He makes the most mundane looking objects into fun toys that make a mess all over the house. I love this!
  • @DeltaQreaperHD
    Should make the perfect ice cream scoop out of this material for hard frozen ice cream.
  • @quackerzdb
    Whoa, is this how those "magic" ice cream scoops work? The ones that slice through hard ice cream and don't stick?
  • @hustla818
    Best demonstration of a heat pipes ability ive ever seen
  • @mrnnhnz
    So cutting the ice-cube, your fingers instantly felt freezing?
  • @thejayokha844
    Installed these to my electronics and also for ventilation, results are instant and I'm loving every bit of it. Ofc not for every appliance but sure does a lot!
  • @FaceyDuck
    We see heat pipes in computers and computer parts all the time; this is cool!
  • @alden1132
    I'm pretty sure the rough, almost porous surface of the interior of the heat pipe contributes to the efficiency/efficacy of its heat transfer. That rough finish has a much higher total surface area than a smooth, polished surface would, allowing for faster heat transfer. I would guess the liquid in the heat pipe is also under a partial vacuum, possibly to the extent that the water is close to phase change at/near room temperature, to facilitate faster heat exchange, though that part is just my own speculation.
  • @ImCoffy
    how fast the worlds fastest heat conductor conducts heat is a dang tongue twister