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Reference dosimetry data and machine performance comparison for tomotherapy delivery systems audited by IROC. [PDF]
Taylor PA +12 more
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Author Correction: Selenium-alloyed tellurium oxide for amorphous p-channel transistors. [PDF]
Liu A +8 more
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Numerical modeling of time domain 3-D problems in accelerator physics
F.A. Harfoush
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Geant4 simulation model of electromagnetic processes in oriented crystals for accelerator physics
Journal of the Korean Physical Society, 2023Electromagnetic processes of charged particles interaction with oriented crystals provide a wide variety of innovative applications such as beam steering, crystal-based extraction/collimation of leptons and hadrons in an accelerator, a fixed-target ...
A. Sytov +10 more
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An Optimized FPGA-Based Hardware Accelerator for Physics-Based EKF for Battery Cell Management
International Symposium on Circuits and Systems, 2020Battery technology is the cornerstone of HEVs. Model Predictive Control coupled with physics-based model (PBM) is an effective technique for battery management systems (BMS).
Anne K. Madsen +2 more
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Accelerator physics, 4th edition
Contemporary physics (Print), 2019The field of accelerator physics is a fast-moving and dynamics field, drivingmany of the scientific discoveries that recent years have brought. In any broad field such as this, there tend to be the definitive textbooks, the go-to source for a student or ...
R. Appleby
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Physical Review Accelerators and Beams
Machine learning has emerged as a powerful solution to the modern challenges in accelerator physics. However, the limited availability of beam time, the computational cost of simulations, and the high dimensionality of optimization problems pose ...
Jan Kaiser +3 more
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Machine learning has emerged as a powerful solution to the modern challenges in accelerator physics. However, the limited availability of beam time, the computational cost of simulations, and the high dimensionality of optimization problems pose ...
Jan Kaiser +3 more
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2021
This chapter is an introduction to Particle Physics accelerators, the major source of antiparticles at our disposal. It explains the physics underlying high energy collisions—electron–positron as well as hadron collisions—and after that it reviews the history of the large accelerators for Particle Physics experiments, ending up at CERN.
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This chapter is an introduction to Particle Physics accelerators, the major source of antiparticles at our disposal. It explains the physics underlying high energy collisions—electron–positron as well as hadron collisions—and after that it reviews the history of the large accelerators for Particle Physics experiments, ending up at CERN.
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