High-Vacuum Basics and Evacuating Electron Tubes
This one's all about the basics of high-vacuum systems and how I designed the bench that I'll be using to pump down my homemade electron tubes. You can stay up to date and support me on Patreon here: / integratedtherm Channel Credits: @AppliedScience @AdvancedTinkering @glasslinger @EdwardsVacuum
▶︎
Making the World's Smallest Beam Stirling Engine
![[Thin Film Part2] Vacuum Basics](https://i.ytimg.com/vi/0mz4Tvrclj4/hqdefault.jpg?sqp=-oaymwEjCNACELwBSFryq4qpAxUIARUAAAAAGAElAADIQj0AgKJDeAE=&rs=AOn4CLA2DfADIjSdMyv79_QDU406Yp8E1Q)
▶︎
[Thin Film Part2] Vacuum Basics
▶︎
Have You Ever Seen a Turbomolecular Pump Like This One?
▶︎
Sourcing Uncommon Materials for Vacuum Tube Manufacture
▶︎
Testing out my new DC Power Supply.
▶︎
High Vacuum Chamber Basics, Part 1
▶︎
Air-tight vs. Vacuum-tight
▶︎
Vacuum pump with NO moving parts
▶︎
Turbomolecular Madness – A Nerve-Wracking Experience
▶︎
We exposed BEEF to the vacuum of space, then ate it!
▶︎
Building an Oxikit DIY Oxygen Concentrator
▶︎
METAL COATING by PLASMA Bombardment - Magnetron Sputtering
▶︎
How to make a superconducting qubit
▶︎
How Lasers Work
▶︎
DIY High Vacuum Chamber and Plasma Experiments
▶︎
Building a 3D Printed Atomic-Resolution Scanning Tunneling Microscope (STM) | DIY STM Explained
▶︎
DIY Vacuum Flanges for the 1200°C Tube Furnace
▶︎
Why Are Tubes Mirrored?
▶︎
I Built A DIY Vacuum Tube Diode
▶︎