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Doofy
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what is meant by the term "beam spill"?
in the context of a beam of particles from an accelerator?
in the context of a beam of particles from an accelerator?
mfb said:Some accelerated particles can hit the walls of the pipe (-> beam spill). If too many particles do that, it is bad for the accelerator.
As this is proportional to the number of particles, I would expect this unit. Beam loss in the LHC is usually reported like this - a beam lifetime of 100h means ~1% loss per hour.Doofy said:hmm are you sure? I'm seeing it being quoted in units of time.
The term "beam spill" refers to the release of a concentrated stream of particles, such as electrons or protons, from an accelerator or collider. This can occur intentionally during experiments or unintentionally as a result of equipment malfunctions.
A beam spill allows scientists to study the properties of particles and their interactions with matter. By colliding particles at high energies, researchers can gather valuable data about the fundamental building blocks of the universe and the forces that govern them.
A beam spill is created by accelerating particles to high energies using an accelerator or collider, and then releasing them in a controlled manner. This can be achieved through various methods such as magnetic fields, electric fields, and radio frequency cavities.
A beam spill is a controlled release of particles, while a beam dump is an intentional termination of the particle beam. This is usually done for safety reasons, to prevent damage to equipment or to avoid releasing excessive radiation.
Beam spills can pose safety hazards if not properly controlled. High energy particles can cause radiation exposure, damage to equipment, or even accidental collisions with personnel. Therefore, strict safety protocols are in place to ensure the safe operation of accelerators and colliders.