This video show a plasma discharge generated at atmospheric pressure in a microwave resonator cavity. The cavity has a length resonant with the 2.4 GHz magnetron microwave source (taken from a microwave oven) used to generate the plasma. Initially the discahrge in in Helium then we begin to add Methane. Eventually a methane-hydrogen flame can be seen at the top of the device where it exits into the room air. The green color comes from emissions from C2 and CH bonds in the gas.
This video show a plasma discharge generated at atmospheric pressure in a microwave resonator cavity. The cavity has a length resonant with the 2.4 GHz magnetron microwave source (taken from a microwave oven) used to generate the plasma. Initially the discahrge in in Helium then we begin to add Methane. Eventually a methane-hydrogen flame can be seen at the top of the device where it exits into the room air. The green color comes from emissions from C2 and CH bonds in the gas.
PlasmaEngineer 1 year ago
That was very informative (not).
yellowmetalcyborg 1 year ago
@yellowmetalcyborg At the moment I am reediting and doing a voice over to provide some more information look for a new upload coming soon
MrMaXiMuS07 1 year ago
@MrMaXiMuS07 Ok
yellowmetalcyborg 1 year ago