Development of fast pulse processing algorithm for nuclear detectors and its utilization in LabVIEW-based Mössbauer spectrometer

Speed of data processing is regarded as a crucial parameter in the nuclear physics experiment, where a dead time elimination or reduction is needed. In the case of computer-based systems, fast data processing algorithms are necessary to be exploited for saving a computational time and to reduce a total duration of the experiment. Time of measurement is one of the key parameters for implementation of specific experiments. Fast pulse processing algorithm (FPPA) of detector events was developed in LabVIEW™ and is capable to run up to 70% faster compared to the performance of previously used algorithm. The results show increased performance and applicability in complex experiments. Detailed description of the overall algorithm with relevant data flow processing and its utilization in Mössbauer spectrometer is presented