Mysterious Project Develops Ultra-High Vacuum Diffusion Pump
Advanced Tinkering, a mysterious project, has successfully developed a diffusion pump capable of creating ultra-high vacuums. The project, led by an unknown mastermind, has made significant strides in the field of high-vacuum technology.
The diffusion pump, made of glass for visibility, uses mercury as its working fluid. This choice is not new; mercury was previously employed in diffusion pumps for its non-flammable property when air floods back into the vacuum chamber.
The process involves boiling the mercury to create a directed vapor stream that removes air molecules. Cold traps then condense the mercury vapors, ensuring a high vacuum is maintained. The team's expertise in handling liquid metals and building high-vacuum equipment has been crucial in this development.
After running for a few hours, the pump achieved a pressure two orders of magnitude lower at the inlet than at the outlet. This impressive result was measured using vacuum gauges connected to both the inlet and outlet.
Advanced Tinkering's diffusion pump, using mercury and innovative design, has demonstrated remarkable performance in creating ultra-high vacuums. Further improvements, such as enhancing vacuum-tight connections, could potentially lower the pressure even more. The project's success highlights the potential of diffusion pumps in various scientific and industrial applications, despite the mystery surrounding its mastermind.
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