Data for "Intricacies of Frustrated Magnetism in the Kondo Metal YbAgGe"

Data used for "Intricacies of Frustrated Magnetism in the Kondo Metal YbAgGe". The data presented here was obtained on two instruments: the cold spectrometers CNCS at the Oak Ridge National Laboratory, United States, and CAMEA at the Paul Scherrer Institut, Switzerland. The CNCS data were measured on a 2.5 g single crystal with ($H$, $H$, $L$) in the horizontal scattering plane. Scans were measured for 20 or 40 s per point over an angular range or 180 or 360$^{\circ}$ with a step size of 0.5$^{\circ}$. Incident energies $E_i$ = 3.32 and 1.55 meV with chopper frequencies of 180 Hz on both double disk choppers. The experimental conditions (incident energies and temperature) are summarized in the dataset title. The CAMEA data were measured on two coaligned ~4g sample in a vertical 11 T magnet to apply magnetic field ranging from $\mu_0 H =$ 0 to 11 T. Reciprocal space maps were recorded in the (H, H, L) scattering plane, and at a temperature $T =$ 40 mK using a dilution insert. Each scans were performed with an incoming neutron energy $E_i =$ 5 meV and 1 degree sample rotation steps, with the exception of the $\mu_0 H =$ 11 T dataset which was recorded with multiple incoming energies $E_i =$ [3.6, 5, 6.8, 7.8, 8.7, 9.6] meV. Analysis of the data was performed with the MJOLNIR software.