A Bayesian method restricting the system matrix to observed channels and using conjugate Gamma-Exponential updates enables rapid 3D estimation of positronium effective lifetime from sparse events.
The BM@N spectrometer at the NICA accelerator complex
4 Pith papers cite this work. Polarity classification is still indexing.
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Pith papers citing it
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2026 4representative citing papers
Modified Bayesian and forward-detector methods for centrality in BM@N Xe+CsI collisions at 3.8 A GeV agree with Glauber model within 5%.
The JUNO LS Mixing Plant purifies master solution to lower radioactive contaminants by approximately two orders of magnitude via extraction and filtration, then mixes it with LAB to deliver ultra-pure liquid scintillator meeting radiopurity requirements.
USTC produced ultra-thin 3D silicon pixel sensors with small pitches for simultaneous single-pixel position and timing measurements.
citing papers explorer
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A Conjugate Bayesian Framework for Fast 3D Positronium Lifetime Estimation with a Partial System Matrix
A Bayesian method restricting the system matrix to observed channels and using conjugate Gamma-Exponential updates enables rapid 3D estimation of positronium effective lifetime from sparse events.
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Methods for Centrality Determination Using Forward Detectors in the BM@N Experiment
Modified Bayesian and forward-detector methods for centrality in BM@N Xe+CsI collisions at 3.8 A GeV agree with Glauber model within 5%.
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Mixing plant for JUNO liquid scintillator: Design, construction, installation and commissioning
The JUNO LS Mixing Plant purifies master solution to lower radioactive contaminants by approximately two orders of magnitude via extraction and filtration, then mixes it with LAB to deliver ultra-pure liquid scintillator meeting radiopurity requirements.
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Development of Small-pitch, Ultra-thin 3D Silicon Sensors at USTC
USTC produced ultra-thin 3D silicon pixel sensors with small pitches for simultaneous single-pixel position and timing measurements.