Re: High voltage standing waves with a magnetron?

["Tesla list" <tesla-at-pupman-dot-com>]

Original poster: "mercurus2000" <mercurus2000-at-cox-dot-net> 

Hmm, correct me if I'm wrong, but doesn't the voltage determine how much
force the elecrons are flung from the at? And the current determines how
many electrons are flung off?

----- Original Message -----
From: "Tesla list" <tesla-at-pupman-dot-com>
To: <tesla-at-pupman-dot-com>
Sent: Saturday, January 31, 2004 8:14 PM
Subject: Re: High voltage standing waves with a magnetron?


 > Original poster: BunnyKiller <bunikllr-at-bellsouth-dot-net>
 >
 > IIRC...   you need to have the voltage and amperage at a specific value
for
 > the magnetron to work...the filament runs on AC 3 or so volts at umteen
 > amps ( so no hot spots will develope in any one position on the filament
 > coil) The filament needs to be glowing orange/yellow for electron emmision
 > to occur
 >
 > the amperage of the hi volt side needs to be enuf to force the electron
 > emitted from the filament to flow in the desired direction along with the
 > magnet structure to get them to spin around the baffle system and get the
 > "elecrton cloud" to resonate in the baffle system.  If the baffle system
is
 > changed in size you get a different frequency....
 > this may be good or bad depending on which bipolor molecule you are trying
 > to "resonate".   ( I think h2o resonates "spins" best at 2.4GHz)
 >
 > as far as getting RF radation to go into a resonate rise situation is
 > something that I havent read about or understand.... I have been under the
 > impression that once a source of RF has been emitted from its
 > "antenna"    its on it own and cant be resonated any higher than the
 > present emitted power...
 >
 >
 > Scot D
 >
 >
 > Tesla list wrote:
 >
 > >Original poster: "mercurus2000" <mercurus2000-at-cox-dot-net>
 > >I was just curious if anyone experimented with high voltage standing
waves
 > >from a magnetron and trying to create a resonant rise from them? My idea
 > >for a safe experiment, would be taking a small microwave oven magnetron,
 > >power the filament at that standard 3 volts ac or dc, and applying
 > >EXTREMELY small power HV DC current to the entire device, like 4000 volts
 > >at a half a milliamp, to keep the power output at about 2 watts rather
 > >than the normal 1KW, would a circuit like this work? Or would the heating
 > >current to the filament have to be reduced as well?
 > >
 > >
 >
 >
 >
 >