cyclotrons
quick mind map showing how cyclotron works. c
- Created by: Chloe
- Created on: 04-06-13 13:55
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- Cyclotrons
- centripetal force
- velocity is both a speed and a direction
- an object travelling in a circle is constantly changing direction
- therefore it is accelerating
- so a resultant force must be acting on it
- the force that keeps something moving in a circle is called centripetal force.
- so a resultant force must be acting on it
- therefore it is accelerating
- a charged particle in a magnetic field will experience a force
- the direcction of the force on a particle depends on its charge
- positive and negative travel in opposite directs away from each other as the force acts on opposits sides.
- Untitled
- positive and negative travel in opposite directs away from each other as the force acts on opposits sides.
- not normally neat circular patterns
- the particles move in spirals- as they lose energy and slow down and interact with other particles
- less energy means that they woukld have a more curved path
- the particles move in spirals- as they lose energy and slow down and interact with other particles
- magnetic fields are used to make particles move in a circular or spiral pattern
- in particle accelerators e.g. cyclotrons
- the direcction of the force on a particle depends on its charge
- cyclotron is a particle accelerator
- uses a magnetic field to accelerate particles
- charged particles start at the centre of the cyclotron
- uses two hollow semicircular electrodes to accelerate the particle across a gap
- alternating potential difference between the electrodes: attracts particles from one side to the other.
- so their energy increases
- magnetic field keeps particles moving in a circular motion
- it makes the particles spiral outwards as their energies increase.
- magnetic field keeps particles moving in a circular motion
- so their energy increases
- alternating potential difference between the electrodes: attracts particles from one side to the other.
- uses two hollow semicircular electrodes to accelerate the particle across a gap
- charged particles start at the centre of the cyclotron
- uses a magnetic field to accelerate particles
- centripetal force
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