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The rms beam size

The rms beam size .  x is the rms size of the geometric emittance in (m.rad)  x and  x are obtained from the graph p/p is the momentum spread usually 10 -4. I think the ( MeV ) 1/2 is the energy of the ion per nucleon. I may be wrong

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The rms beam size

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  1. The rms beam size x is the rms size of the geometric emittance in (m.rad) x and x are obtained from the graph p/p is the momentum spread usually 10-4 I think the (MeV)1/2 is the energy of the ion per nucleon. I may be wrong Thus the rmsemittance of the tandem beam should be: However the Slits will further define a smaller beam emittance.

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