Cyclotrons are electrostatic accelerator used in place of linear accelerator to save space. These accelerators are used in research and to produce medial isotopes. Is a photon of 25 MeV is moving in a cyclotron in a magnetic field of 2.0 Tesla.


Please note in image no3 : magnitude of
speed and velocity are one and the same. Hence in speed = distance
/time I have used velocity instead of speed .speed is a scalar
where as velocity is a vector and magnitude wise Both are same.
Cyclotrons are electrostatic accelerator used in place of linear accelerator to save space. These accelerators are...
Cyclotrons are electrostatic accelerator used in place of linear accelerator to save space. These accelerators are used in research and to produce medial isotopes. Determine the maximum possible kinetic energy of a He+ ion accelerated in a 5 m diameter cyclotron with a magnetic field of 1.5 Tesla. what do the cyclotron need to be changed, and by how much, if the required velocity of the particle was 90% that of the speed of light? Comment on your findings.
Cyclotrons are electrostatic accelerator used in place of linear accelerator to save space. These accelerators are used in research and to produce medial isotopes. Determine the maximum possible kinetic energy of a He+ ion accelerated in a 5 m diameter cyclotron with a magnetic field of 1.5 Tesla. what do the cyclotron need to be changed, and by how much, if the required velocity of the particle was 90% that of the speed of light? Comment on your findings.
Cyclotrons are sometimes used to make technetium-99m, the most widely employed isotope in nuclear medicine. This is done by bombarding a molybdenum target with protons to drive the nuclear reaction 100Mo(p,2n) 99mTc. The reaction notation means one bombards molybdenum having a mass number of 100 with protons to yield two neutrons and technetium-99m. The reaction rate is maximized at a proton energy of 17 MeV. You have a magnet that will produce a uniform field of up to 1.5 T...