The public domain code GENIA, based on multi-printing method for producing surface sources with appropriate radioactivity, is described. The conventional technique, running on standard inkjet printer with radio-marked ink filling, is improved by repeating elementary printing commands in the same band. Well outlined sources with adjustable radioactivity can be obtained without refilling. The intrinsic limitation of printable radioactivity, depending on the value available at nozzles at printing time, was overcome. In addition the method permits the accurate calibration of the amount of activity released onto the paper.
R., S., P., A., P., B., L., L.P., F., P., M. N., C., et al. (2011). Production of radioactive phantoms using a standard inkjet printer and the public domain multi-printing code GENIA. PHYSICA MEDICA, 27, 209-223 [10.1016/j.ejmp.2010.10.006].
Production of radioactive phantoms using a standard inkjet printer and the public domain multi-printing code GENIA
CONTE, Gennaro;
2011-01-01
Abstract
The public domain code GENIA, based on multi-printing method for producing surface sources with appropriate radioactivity, is described. The conventional technique, running on standard inkjet printer with radio-marked ink filling, is improved by repeating elementary printing commands in the same band. Well outlined sources with adjustable radioactivity can be obtained without refilling. The intrinsic limitation of printable radioactivity, depending on the value available at nozzles at printing time, was overcome. In addition the method permits the accurate calibration of the amount of activity released onto the paper.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
