Section-6: MSAART PLASMOID ENGINE: A Deep Dive Into The Tech And PHASE-1 ROLLOUT STRATEGY, "Engine Retrofits!"

Huh? reply

How do we keep it from producing more carbon monoxide? reply

I think there's a major flaw with the explanation about how and when the plasmoids form. He doesn't say where the bubbles collapse. He says the bubbles collapse violently as they are exposed sequentially to both pressure and vacuum pulses from the combustion chamber. If he's talking about the bubbles collapsing in the bubbler, how is there pressure applied from the combustion chamber if the air intake is closed when the combustion is closed? There is only vacuum pulses applied to the bubbler. He only says HHO comes out of the bubbler. If the bubbles are collapsing in the combustion chamber, how do "bubbles" get there? Not to mention, he says the plasmoids are formed from bubbles that you can't see. As far as I know, this is brand new to science. How would you know that plasmoids are formed if you can't see them? Curious to know smaller experiments Malcolm has done to actually discover the plasmoids are made from this bubble collapse. You have to know how to make something before you can use it. reply

im interested in fabbing my own what do you suggest I use for the plasmoid generator aka the bubbler water container? what keeps the water from coming through the outlet? do i have to have 2 sets of spheres for the thunderstorm generator confused because all of the working designs are using 2 yet the images in diagram 75 show a single set of spheres how do you wrap the hot exhaust around the cold inlet. having trouble seeing how you would get that joined together mechanically the rest seems simple enough worth a shot reply

I found this section packed with new concepts and a ton of questions. I'm sure I'll understand better as I pick up the concepts from other sections. Guess I'll be watching this one again! reply