Studying the angular distribution of the reaction ⁹⁴Mo(p,p'γ)⁹⁴Mo rate at 13.5 MeV with SONIC rate at HORUS

The SONIC rate at HORUS setup of the Institute for Nuclear Physics in Cologne is used to investigate the low-energy response of the nucleus. Low spin states, e.g., the pygmy dipole resonance, can be studied by performing inelastic proton scattering reactions. An important observable for the investigation of these modes is the γ branching ratio which can be accessed with the setup. Furthermore, spins and parities can be assigned by measuring the angular correlation of the ejectile and the deexciting γ-ray. The obtained experimental distribution is in good agreement with the distorted wave Born approximation (DWBA). In this contribution, the results for the experimental angular distributions of the reaction ⁹⁴Mo(p,p'γ)⁹⁴Mo as well as the corresponding theoretical description are shown.