Speaker
Description
The NASA Space Radiation Laboratory (NSRL) uses beams of various ions species slowly extracted from Booster synchrotron at Brookhaven National Laboratory. Experimenters at NSRL require uniformly distributed radiation dose to simulate the space radiation environment. The NSRL facility generates uniform beam distribution of various ion species at the location of the target using a pair of octupole magnets in the beam-transport line. The beamline is designed to be achromatic through the octupoles and to the target. However, the dispersion function depends on the trajectory of the beam as it is transported out of the booster and into the beamline. The dependance on this trajectory has not been previously studied. In this presentation, we describe a new model we have developed to study this effect and show measurements to compare to our simulations.
