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- Particle_beam_cooling abstract "Cooling techniques are important for the control the emittance of particle beams in particle accelerators. Usually, these techniques take advantage, in some way, of the electric or the magnetic fields present in the fast-moving bunches of particles in the accelerator in clever ways to damp the tendency of these particles to repel each other. It is accurate to think of these techniques as thermodynamic cooling, or the reduction of entropy, in much the same way that a refrigerator or an air conditioner cools its contents.The main types of particle beam cooling are: Stochastic cooling Electron cooling Ionization cooling".
- Particle_beam_cooling wikiPageID "14882598".
- Particle_beam_cooling wikiPageRevisionID "558130862".
- Particle_beam_cooling hasPhotoCollection Particle_beam_cooling.
- Particle_beam_cooling subject Category:Accelerator_physics.
- Particle_beam_cooling comment "Cooling techniques are important for the control the emittance of particle beams in particle accelerators. Usually, these techniques take advantage, in some way, of the electric or the magnetic fields present in the fast-moving bunches of particles in the accelerator in clever ways to damp the tendency of these particles to repel each other.".
- Particle_beam_cooling label "Particle beam cooling".
- Particle_beam_cooling sameAs m.03h0bl1.
- Particle_beam_cooling sameAs Q7140493.
- Particle_beam_cooling sameAs Q7140493.
- Particle_beam_cooling wasDerivedFrom Particle_beam_cooling?oldid=558130862.
- Particle_beam_cooling isPrimaryTopicOf Particle_beam_cooling.