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The particle spectrometer SONIC for particle-$\gamma$ coincidencemeasurements was commissioned at the Institute for Nuclear Physics in Cologne,Germany. SONIC consists of up to 12 silicon $\mathit{\Delta}E$-$E$ telescopeswith a total solid angle coverage of 9%, and will complement HORUS, a$\gamma$-ray spectrometer with 14 HPGe detectors. The combined setupSONIC@HORUS is used to investigate the $\gamma$-decay behaviour of low-spinstates up to the neutron separation threshold excited by light-ion inelasticscattering and transfer reactions using beams provided by a 10 MV FN Tandemaccelerator. The particle-$\gamma$ coincidence method will be presented usingdata from a $^{92}$Mo(p,p'$\gamma$) experiment. In a $^{119}$Sn(d,X)experiment, excellent particle identification has been achieved because of thegood energy resolution of the silicon detectors of approximately 20 keV. Due tothe non-negligible momentum transfer in the reaction, a Doppler correction ofthe detected $\gamma$-ray energy has to be performed, using the additionalinformation from measuring the ejectile energy and direction. The highsensitivity of the setup is demonstrated by the results from a$^{94}$Mo(p,p'$\gamma$) experiment, where small $\gamma$-decay branching ratioshave been deduced.

Combining {\gamma}-ray and particle spectroscopy with SONIC@HORUS