@AlphaPhoenixChannel
  @AlphaPhoenixChannel
AlphaPhoenix | Air-tight vs. Vacuum-tight @AlphaPhoenixChannel | Uploaded 4 years ago | Updated 2 hours ago
When I'm not making YouTube videos, I'm growing crystals in a Molecular Beam Epitaxy vacuum chamber held about 12 orders of magnitude below atmospheric pressure. This is the first in what I'm hoping will be a series of videos featuring the MBE chamber, and this time I'm talking about leaks: how to find the tiniest leaks in the most sensitive systems, and how an MBE can be considered basically a perfect pressure vessel with no air leaking in or out at any time. Let me know in the comments if you have any questions about the MBE I could address in future videos!

Check out the other social media for updates and ramblings:
https://www.facebook.com/AlphaPhoenixChannel/
https://twitter.com/Alpha__Phoenix

#Vacuum #Materials #Engineering

The MBE Lab is part of the Materials Department at UCSB. Filmed with permission.

Extra graphics in this video:
ConFlat flange diagrams from Kurt J. Lesker and Vacs SEV

Music in this video:
I Dunno by grapes is licensed under a Creative Commons Attribution license (https://creativecommons.org/licenses/by/3.0/)
http://ccmixter.org/files/grapes/16626
Air-tight vs. Vacuum-tightStaring at the sky for 24 hours (4k/Virtual Reality timelapse)The Sound of Freezing: Explained!Asteroid Hunting at Grande Pines Observatory (3122 Florence)Supermoon Tides: a 24 hour timelapse (4k)Molecular Dynamics and CrystalsAn intuitive approach for understanding electricityMeasuring the speed of light the old fashioned way: Replicating the Fizeau ApparatusThe UNKILLABLE Snake AI (Entire 30x30 game)Cannon ParabolasPhotographing Iridium Flares3D Printed, Lasercut, 555-based Useless Machine

Air-tight vs. Vacuum-tight @AlphaPhoenixChannel