Task id17041
In the heavy ion cyclotron in Dubna, neon ions are accelerated to an energy of 100 MeV. The diameter of the dees is 310 cm, the magnetic field induction in the gap is 1.1 T, the accelerating potential is 300 kV. Determine the ionization rate of the neon atom, the total number of revolutions of the ion during the acceleration process, as well as the frequency of changes in the polarity of the accelerating field.
Detailed solution. Format gif
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