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If the acceleration potential (peak voltage, 50,000 107 c/s, find the field strength for cyclotron resc alpha particles, respectively are accelerated. Fc Cles accelerated if the radius of orbit at ejection mass=2.01 amu. a-particle rest mass = 4.00 am

If the acceleration potential (peak voltage, 50,000 107 c/s, find the field strength for cyclotron resc alpha particles, respectively are accelerated. Fc Cles accelerated if the radius of orbit at ejection mass=2.01 amu. a-particle rest mass = 4.00 am

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80 If the acceleration potential (peak voltage, 50,000) has a frequency of 1.2 x 107 c/s, find the field strength for cyclotron resonance when deuterons and alpha particles, respectively are accelerated. For how long are the parti- cles accelerated if the radius of orbit at ejection is 30.0 cm? Deuteron rest mass = 2.01 amu. a-particle rest mass = 4.00 amu [University of New Castle 1965]
Transcribed Image Text:80 If the acceleration potential (peak voltage, 50,000) has a frequency of 1.2 x 107 c/s, find the field strength for cyclotron resonance when deuterons and alpha particles, respectively are accelerated. For how long are the parti- cles accelerated if the radius of orbit at ejection is 30.0 cm? Deuteron rest mass = 2.01 amu. a-particle rest mass = 4.00 amu [University of New Castle 1965]
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