SECTION V: SUPERCONDUCTING CYCLOTRON, INSTRUMENTATION

AND RIB UPGRADE

K500 operations and development............................................................................................. V-1

D. P. May, G. J. Kim, H. L. Clark, and F. P. Abegglen

Radiation effects facility............................................................................................................. V-3

H. L. Clark, J. Brinkley, G. Chubarian, V. Horvat, B. Hyman, G. Souliotis, and G. Tabacaru

Cyclotron computing.................................................................................................................. V-5

J R. Burch and K. Hagel

Cyclotron institute upgrade project........................................................................................... V-7

H. L. Clark, F. Abegglen, G. J. Kim and D. P. May

The charge-breeding ECR ion source...................................................................................... V-11

D. P. May and W. D. Cornelius

Progress on the light ion guide facility..................................................................................... V-12

G. Tabacaru, J. Arje, and H. L. Clark

Heavy ion guide: beam transport and diagnostics................................................................... V-14

G. Churbarian, F. P. Abeglen, H. L. Clark, G. Derrig, G. J. Kim, D. P. May, G. Souliotis,

G. Tabacaru, and R. E. Tribble

Upgrades to the cyclotron computer control system............................................................... V-17

T. Cowden, F. P. Abegglen, R. Burch, and T. O’Berski

Improved control over the source-detector distance in β-γ coincidence measurements........ V-19

V. E. Iacob, V. V. Golovko, and J. C. Hardy

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Application of Geant4 for efficiency calculations of a scintillating plastic β-detector............ V-21

V. V. Golovko, V. E. Iacob and J. C. Hardy

A comparative study of three Monte Carlo codes for β-detector simulations........................ V-25

V. V. Golovko, V. E. Iacob, J. C. Hardy and D. Melconian

Response function to low energy β particles in a thin plastic scintillator................................ V-29

V. E. Iacob, V. V. Golovko, and J. C. Hardy F.