After pressurizing to one thousand times atmospheric pressure, Tom temporarily stopped the hydrogen infusion and began to meticulously check the operational status of all functional modules of the entire detector.
After all, this was the first high-pressure proton decay detector he had built, so he had to be cautious.
After a thorough inspection, Tom breathed a sigh of relief.
All modules were operating normally, with no unexpected issues.
So, the hydrogen infusion continued.
Under the operation of the high-pressure gas compressor, even though the pressure inside the inner spherical shell had reached one thousand atmospheres, a continuous stream of hydrogen was still forced in.
The volume was already fixed and could not increase, but the mass was continuously increasing, which correspondingly led to an increase in density.
The density of hydrogen began to increase rapidly.
