Reply To: T-shirt designers unite and take over

[willit]

new to the forum but not to machines. just wondering why everyone is talking implementation/integration in vehicles rather than focusing on a working prototype?
that being said:
thinking about the amount of gas that is available to fuse in a plasmoid. does the size of the plasmoid have a limit. how do you measure.
what pressure is the gas in the vac chamber
what voltage is the plasma sheet running at (in current tests) could the voltage be reduced so long as a sufficient plasma sheet be formed. use less expensive capacitor bank does Volts x amps =watts apply?
what is the advantage or dis advantage of the number of electrodes surrounding the inner electrode.
has anyone tried a low velocity rotating gas (recirculating) emitted from the center of the core? this seems to work well for plasma cutting devices. however higher pressures and velocities.it keeps the hotter gasses centered while cooler gas is centerfuged to the walls of the plasma tip (plasma cutter used for metal fab)
in order to ” fix” a mahine you must know the basics of how it is supposto run.
in order to upgrade a machine you must have an intimate knowledge of every aspect of design, material selection,operating parameters. ect.

soo many questions. the shape of the focus electrodes. material selection. does the shape have an impact on the collapse of the plasmoid. would a shorter or longer collapse time have an impact on temp of the plasmoid neuculi? seems that a current induced magnetic containment sufficient in size to contain an appericiable amount of fusion “fuel” could be electrically manipulated to put the hammer down and squeeze the heck out of the atoms forcing them to bond. what impact does plasmoid life have on xray generation.