Physics & Astronomy
My project clarifies previous measurements made for the high excitation states of titanium isotopes, specifically 51Ti. We used a single-neutron transfer reaction from a deuterium source and measured the energy difference between the initial energy of the deuterium source, the transferred neutron, and the free proton. Our analysis included creating angular distribution plots of the proton momentum and the loose assignments of the single-particle state nature for each excitation state. We took these measurements via the Super-Enge Split-Pole Spectrograph at Florida State University.
Nebel-Crosson, Jessica, "Single-Neutron States in 51Ti via Neutron Transfer Reaction to 50Ti" (2021). Physics and Astronomy Honors Papers. 7.