Featured Projects:

J. Nuclear Materials, 241-243, 294-298 (1997). Brooks, J. N., Causey, R., Federici, G., Ruzic, D. N. We analyzed sputtering erosion and tritium codeposition for the ITER vertical target divertor design using erosion and plasma codes (WBC/REDEP/DEGAS+) coupled to available materials data. Computations were made for a beryllium, carbon, and tungsten coated divertor plate, and for […]

Authors: Brooks, J. N., Causey, R., Federici, G., Ruzic, D. N.

J. Nuclear Materials, 241-243, 1170-1174 (1997). Ruzic, D. N., Smith, P. C., Turkot Jr., R. B. The angular-resolved sputtering yield of Be by D+ was predicted and then measured. An ion beam at 100, 300, 500 and 700 eV from a Colutron ion source was focused onto S-65 C grade Be samples. The sample was […]

Authors: Ruzic, D. N., Smith, P. C., Turkot Jr., R. B.