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The LHC upgrade scheduled for 2018 is expected to significantly increase theaccelerator's luminosity, and as a result the radiation background rates in theATLAS Muon Spectrometer will increase too. Some of its components will have tobe replaced in order to cope with these high rates. Newly designed small-stripThin Gap chambers (sTGC) will replace them at the small wheel region. One ofthe differences between the sTGC and the currently used TGC is the alignment ofthe wires along the azimuthal direction. As a result, the outermost wiresapproach the detector's edge with a small angle. Such a configuration may be acause for various problems. Two small dedicated chambers were built and testedin order to study possible edge effects that may arise from the newconfiguration. The sTGC appears to be stable and no spark have been observed,yet some differences in the detector response near the edge is seen and furtherstudies should be carried out.

Testing sTGC with small angle wire edges for the ATLAS New Small Wheel Muon Detector Upgrade