Molecular Machinery: различия между версиями

392 байта убрано ,  13 января 2023
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=== Turbopump ===
=== Turbopump ===
{{MolmacExtended
| Name = Turbopump
| Image = Turbopump.jpg
| Author = [[Eric Drexler]]
| Date = 1992
| ComponentNumber = ?
| AtomNumber = ~50,000,000
| Width = 500 nm
| Height = ~40 nm
| Depth = 500 nm
| Other =
'''Blade thickness''': <1 nm
'''Pump length (Per blade row)''': <10 nm
'''Compression ratio''': >10<sup>10</sup> (100 nm pump length)
| FileName = Turbopump
| Extension = mmp
}}


Not much is known about this design. Macroscale vacuum pumps are limited by the vapor pressure of their lubricants. Fullerene, being a superlubricant, has no such problem, and so fullerene-coated diamondoid positive-displacement pumps can be constructed to serve as UHV pumps.
Not much is known about this design. Macroscale vacuum pumps are limited by the vapor pressure of their lubricants. Fullerene, being a superlubricant, has no such problem, and so fullerene-coated diamondoid positive-displacement pumps can be constructed to serve as UHV pumps.
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