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![(top) An example of TOF vs IC raw fission product data for ²³⁵U. (bottom) Extracted masses from this data using energy corrections based on MCNP energy loss simulations, compared with table values from JAEA [JAEA, 2021].](publication/356105769/figure/fig13/AS:1142409564028930@1649383073053/top-An-example-of-TOF-vs-IC-raw-fission-product-data-for-Ubottom-Extracted-masses.png)
(top) An example of TOF vs IC raw fission product data for ²³⁵U. (bottom) Extracted masses from this data using energy corrections based on MCNP energy loss simulations, compared with table values from JAEA [JAEA, 2021].
Source publication
Fission products contain a wealth of information on the fission process, but typically one dimensional data is extracted, such as a mass or energy distribution. Highly correlated data is valuable for better understanding of the fission process, and is in demand for fission theory. Correlated fission data sets were taken on the University of New Mex...
Citations
... The article "Signal processing and data acquisition for the UNM fission spectrometer to measure binary fission product mass, energy, velocity, atomic number, and gamma rays, correlated particle-by-particle" by Baldez et al. [2], focuses on the development of the University of Mexico (UNM) fission spectrometer using dedicated detectors, analog electronics, and digital data acquisition to obtain correlated fission data sets. The individual fission events were identified using a coincidence between time of flight and detector signal. ...
This special issue of the Journal of Signal Processing Systems focuses on advancement of signal processing and data-acquisition for radiation detection and measurements. The seven articles cover diverse topics within the scope of radiation detection ranging from understanding of fundamental fission process, instrumentation, and application of radiation interaction (e.g., tomography and imaging). The articles focus on signal processing for fission spectrometer, neutron and gamma-ray computed tomography and artificial intelligence methods, dynamic neutron imaging system, pulse-pileup correction in x-ray spectroscopy and calibration methods in radiation measurement.
