The power input isn’t what provides pressure, so far as I can tell, it’s a pressurised container. I presume the container provides the “pressure”, in the sense of not allowing the pressure to escape. You can create a high enough pressure to hurt yourself in a pressure cooker with no power input at all, just by throwing baking soda and vinegar in the cooker and sealing the lid shut.
Do you have any idea how many millions of pounds per sq inch would be required?
He is looking 300 pound pipe, the stuff will critically fail at 425 pounds per square inch.
I highly doubt he is using that container to pressurize that experiment. It would be suicide.
“You can create a high enough pressure to hurt yourself in a pressure cooker with no power input at all, just by throwing baking soda and vinegar in the cooker and sealing the lid shut.”
Yes, pressure due to chemistry, not due to energy created by nuclear fusion. I suggest you read the article again.
Note: I used to work at a nuke plant with PWRs (pressurized water reactors).
“...It produces heat by placing nickel powder of very small particle size (nano-meters to micro-meters) in a pressurized hydrogen environment...” pressurized means that an outside energy source is being used to pressurize the environment inside where the ‘fusion’ is supposed to occur.
This is neither chemistry nor cooking technology, Charles.