An inert gas is given a hefty electric charge and passed into a vacuum chamber under very low pressures; the metal you wish to deposit onto the substrate is given an opposite electric charge. Magnets located underneath the metal plate confine charged species to the surface of the metal, while neutral atoms get ejected onto the substrate
We the students be obliged if your team happen to give its theory too.
ruclips.net/video/9OEz_e9C4KM/видео.html
ruclips.net/video/Cyu7etM-0Ko/видео.html
(better explanations plus how to build one)
can i place the south pole in the middle of the magnetron source.
on the second collision of Ar with e-, a secondary e- was not emitted? Shouldn't it have, given that Ar+ was formed?
Is that a pin ball game ?? :O
"How does magnetron sputtering work?"...I still don't know after this video?
LOL!
An inert gas is given a hefty electric charge and passed into a vacuum chamber under very low pressures; the metal you wish to deposit onto the substrate is given an opposite electric charge. Magnets located underneath the metal plate confine charged species to the surface of the metal, while neutral atoms get ejected onto the substrate
Hahahaha
But what about the flux capacitor?
Where are the permanent magnets? thx
Interior of the source adjacent to cooling channel for target
I checked the microwave by opening the cover and the sound of sputtering is from Magnetron...What can be done to rectify or just leave it as it is?
like N S N order
This animation is worse than my French linguistics knowledge