Archivio Istituzionale della RicercaThe operating principle of an electric system able to compensate in real time the differences in time-of-flight due to the path-length spread occurring in large devices with pointlike geometries is described. Experimental tests with a particle beam have provided very good results, opening the possibility of triggering with very long scintillators with time resolutions of the order of 1 ns. It is concluded the system completely fills the requirements of the OBELIX experiment, extending the range of π/k separation from ≈300 to ≈600 MeV/c
Real time compensation of the path spread in large time-of-flight systems / G. C., B., T., B., D., C., P., D., S., G., P., G., A., F., S., M., M., M., V. I., T., Agnello, M., Iazzi, F., P., M., A., M., G., P., S., S.. - In: IEEE TRANSACTIONS ON NUCLEAR SCIENCE. - ISSN 0018-9499. - 36:1(1989), pp. 806-810. [10.1109/23.34554]
Real time compensation of the path spread in large time-of-flight systems
AGNELLO, MICHELANGELO;IAZZI, Felice;
1989
Abstract
The operating principle of an electric system able to compensate in real time the differences in time-of-flight due to the path-length spread occurring in large devices with pointlike geometries is described. Experimental tests with a particle beam have provided very good results, opening the possibility of triggering with very long scintillators with time resolutions of the order of 1 ns. It is concluded the system completely fills the requirements of the OBELIX experiment, extending the range of π/k separation from ≈300 to ≈600 MeV/c
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https://hdl.handle.net/11583/1501509
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