Difference between revisions of "EC traineeship accelerator"
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== '''Why Particle Accelerators?''' == | == '''Why Particle Accelerators?''' == | ||
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Particle accelerators are a futuristic technology that has many uses including for science, engineering, medicine and industrial applications. There are about 30,000 accelerators of all sizes in the world. Finding trained people who can understand, operate and engineer such systems is a problem. What is a particle accelerator? It is a circular or straight (linear) tube containing a vacuum in which atomic particles (i.e. electrons, protons or ions) can be accelerated to high speed using electric and/or magnetic fields. Research accelerators can be measured in miles. Many other accelerators are much smaller. What can the particle accelerators be used for? Some applications include: | Particle accelerators are a futuristic technology that has many uses including for science, engineering, medicine and industrial applications. There are about 30,000 accelerators of all sizes in the world. Finding trained people who can understand, operate and engineer such systems is a problem. What is a particle accelerator? It is a circular or straight (linear) tube containing a vacuum in which atomic particles (i.e. electrons, protons or ions) can be accelerated to high speed using electric and/or magnetic fields. Research accelerators can be measured in miles. Many other accelerators are much smaller. What can the particle accelerators be used for? Some applications include: | ||
Revision as of 18:01, 12 July 2021
Why Particle Accelerators?
Particle accelerators are a futuristic technology that has many uses including for science, engineering, medicine and industrial applications. There are about 30,000 accelerators of all sizes in the world. Finding trained people who can understand, operate and engineer such systems is a problem. What is a particle accelerator? It is a circular or straight (linear) tube containing a vacuum in which atomic particles (i.e. electrons, protons or ions) can be accelerated to high speed using electric and/or magnetic fields. Research accelerators can be measured in miles. Many other accelerators are much smaller. What can the particle accelerators be used for? Some applications include:
