Pumping Systems: Difference between revisions
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Created page with "The three types of pump systems: positive displacement, momentum transfer, and entrapment. Positive displacement: Uses a mechanism to repeatedly expand a cavity, allow gases ..." |
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Rotary: [[File:rotarypump.jpg]] | Rotary: [[File:rotarypump.jpg]] | ||
Screw: [[File:screwpump.jpg]] | Screw: [[File:screwpump.jpg| 500px]] | ||
Momentum transfer: Uses high speed jets of dense fluid or high speed rotating blades to knock gas molecules out of the chamber. Ex: Diffusion and turbo molecular | Momentum transfer: Uses high speed jets of dense fluid or high speed rotating blades to knock gas molecules out of the chamber. Ex: Diffusion and turbo molecular | ||
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Diffusion: [[File:diffusionpump.png]] | Diffusion: [[File:diffusionpump.png]] | ||
Turbo molecular: [[File:Cut_through_turbomolecular_pump.jpg]] | Turbo molecular: [[File:Cut_through_turbomolecular_pump.jpg|300px]] | ||
Entrapment: capture gases in a solid or adsorbed state. Ex: Ion and sorption pumps | Entrapment: capture gases in a solid or adsorbed state. Ex: Ion and sorption pumps | ||
Ion: [[File:ionpump.jpg]] | Ion: [[File:ionpump.jpg]] | ||
Revision as of 20:48, 15 June 2014
The three types of pump systems: positive displacement, momentum transfer, and entrapment.
Positive displacement: Uses a mechanism to repeatedly expand a cavity, allow gases to flow in from the chamber, seal off the cavity, and exhaust it to the atmosphere. Ex: rotary and screw pumps
Rotary: 
Screw: 
Momentum transfer: Uses high speed jets of dense fluid or high speed rotating blades to knock gas molecules out of the chamber. Ex: Diffusion and turbo molecular
Diffusion: 
Turbo molecular: File:Cut through turbomolecular pump.jpg
Entrapment: capture gases in a solid or adsorbed state. Ex: Ion and sorption pumps
Ion: 