M. A. Hassan, T. Khabiboulline, J. Reid
Fermilab, IL, USA
Behind the discovery of the most fundamental and rare physical processes within our universe is powerful technology, such as the particle accelerators in use today at Fermilab. For over 40 years, one particle accelerator in particular, the Booster synchrotron, has been instrumental in providing high-intensity proton beams for particle physics experiments at the lab.
A highly coordinated effort is currently underway to refurbish, test, and qualify the 19 ferrite-tuned RF cavities of the Booster synchrotron. Upon completion, the RF cavities will be able to produce and sustain particle beams at double the current intensity.
This user story explains how the engineers at Fermilab are using a combination of experiment and multiphysics simulation to evaluate RF heating and the mechanical properties of the Booster RF cavities. The results from their investigation aid in estimating the cooling requirements of the upgraded cavities to ensure they can reliably produce high throughput particle beams through 2025.
Suggested Stories
Analysis and Simulation of Rock Properties
VSG provides high-performance 3D visualization toolkits and software for a number of industries, including materials ...
Floating on Sound Waves with Acoustic Levitation
As part of an industry that saves lives on a regular basis, pharmaceutical companies are in need of systems that can ...
Optimizing Heat Exchanger Designs for Refrigeration and Cooling Technology
thermofin GmbH, a leading manufacturer of heat exchangers, ensures that their devices are optimized for a variety of ...
Keeping Cool: SRON Develops Thermal Calibration System for Deep-Space Telescope
Deep-space telescopes require ultrasensitive detectors and calibration to pick up weak far-infrared signals. The SpicA ...
