Study by Denys Klekots focuses on analyzing energy escaping from the GRAiNITA electromagnetic calorimeter, using Geant4 simulations to investigate energy deposition, escaped energy fluctuations, and non-uniformity in the ECAL setup. The research delves into the impact of leakage and non-uniformity o

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Cutting-edge calorimeter technology for high-energy physics experiments is discussed in this content. The focus is on radiation-hard crystal scintillators and plastic scintillator-based Shashlik technology used in the present ECAL. Details about the requirements, materials, irradiation tests, and ad

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The dual-readout calorimeter for CepC, as discussed in the International Review in Beijing, September 2018, is designed to optimize electromagnetic, hadronic, and jet resolution. With features like large sampling fraction for good EM resolution, event-by-event correction for EM fluctuations, and int

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Check out the latest updates on the calorimeter and Cherenkov detectors of Yerevan Group's SHMS and HMS. The SHMS detectors are in good shape, while adjustments in HV are needed for the HMS Cherenkov detectors to achieve optimal performance. Images and descriptions are provided in the Elog entries.

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This comprehensive content discusses a positron production simulation program based on Geant4. It covers the simulation program description, primary generator input, outputs analysis, and areas for improvement including compatibility with G4-10.X and automation. The program involves generating gamma

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Explore the concepts of thermal physics and gas laws in today's physics class. Learn about the transfer of heat, the mole concept, atomic and molar masses, pressure, standard pressure and temperature (STP), and ideal gases. Delve into calculations involving sample materials like copper and water to

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