Since the Beta-atmosphere is a doppelganger of the Alpha-atmosphere there is no reason why one should not construct a cavity magnetron equivalent for the Alpha-atmosphere using air - or even a cavity magnetron equivalent for the Alpha-Beta overlap using water.
Immediately one thinks along these lines it becomes bloody obvious what the real secret of the cavity magnetron is. Do you remember the water based vacuum pumps one used in chemistry class - the ones where a constrained jet of water passes though and sucks air out of the connected vacuum apparatus. Well, the Beta-atmosphere stream as manifested by the electron swirl passing over the magnetron cavity openings is acting just like that jet of water. The Beta-atmosphere is being sucked out of the cavities which are consequently at a sustained reduced Beta-aether pressure. No wonder "Randall & Hopkirk (Deceased)" got such a shock at the 100fold increase in power. Increasing differential B-a pressure must be analogous, say, to increasing differential temperature in the Carnot Cycle. My goodness me! It's so obvious when you can see it. What a laugh! 8-) Presumably that's why the walls of the cavity have to be so chunky. If they were thin the cavities would be crushed by the difference in Beta-atmosphere pressure. Mmm... And I thought I was going to have to persuade people to investigate the mild steel cup and cone cavity as described in the Infinite Energy paper (Issue 46, pp. 28-33). The cavity magnetron is a much sexier option, eh! Now the interesting question is, what happens if you introduce deuterium into the reduced Beta-atmosphere pressure cavities? Be careful lads - I don't want you blowing yourselves up. <g> Cheers, Frank Grimer [I wonder if the MIB look at these posts. Nah! they are far too stupid. Mind you, if they do read 'em, they'll soon be coming for you, boys, so make sure all your affairs are in order. 8-) ]
