Abstract
The emitted particles from a β -delayed particle decay beam must enhance biological effects in the region of interest and such a radioactive ion beam may be useful in cancer treatment. To test this therapeutic purpose of β -delayed particle decay beams, 9 C beams were produced in the secondary beam line at HIMAC for the first time. The thickness of production target and degrader to yield a 9 C beam with higher production rate and purity was optimized and the momentum distribution of the produced 9 C beam under the optimal condition was measured. For upcoming radiobiological experiments, a uniform irradiation field for the produced 9 C beam was made by means of wobbling magnets.
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