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Rob Hoff
- 17
- 0
How strong of a magnetic field do I need to get a 20kv @ 60ma beam around a 90° turn? / Do I need more information to find out?
An electron accelerator is a scientific instrument that uses electromagnetic fields to accelerate electrons to high speeds. It is commonly used in research and industry for a variety of purposes such as producing X-rays, studying particle physics, and sterilizing medical equipment.
The main components of an electron accelerator include an electron gun, a series of accelerating structures, a power supply, and a beamline to guide the accelerated electrons to their target.
Electron accelerators work by using electromagnetic fields to accelerate electrons in a vacuum. The electrons are first produced by an electron gun and then accelerated through a series of alternating electric and magnetic fields, gaining energy with each cycle until they reach their desired speed.
Electron accelerators offer several advantages over other types of accelerators, such as proton or ion accelerators. These include the ability to produce high-energy electrons, the ability to vary the energy of the accelerated electrons, and the ability to produce focused beams for precise targeting.
Electron accelerators have a wide range of applications in various fields, including medical research and treatment, materials science, and industrial processes. They are commonly used for producing X-rays, sterilizing medical equipment, and studying the structure and behavior of atoms and molecules.