Subjects: Nuclear Science and Technology >> Radiation Physics and Technology submitted time 2024-04-04
Abstract： The High Energy Fragment Separator (HFRS), which is currently under construction, is a leading international radioactive beam device. Multiple sets of position-sensitive Twin Time Projection Chamber (TPC)
detectors are distributed on HFRS for particle identification and beam monitoring. The twin TPCs’ readout
electronics system operates in a trigger-less mode due to its high counting rate, leading to a challenge of handling large amounts of data. To address this problem, we introduced an event-building algorithm. This algorithm
employs a hierarchical processing strategy to compress data during transmission and aggregation. In addition,
it reconstructs twin TPCs’ events online and stores only the reconstructed particle information, which significantly reduces the burden on data transmission and storage resources. Simulation studies demonstrated that the
algorithm accurately matches twin TPCs’ events and reduces more than 98% of the data volume at a counting
rate of 500 kHz/channel.
Peer Review Status:
Awaiting Review
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