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The determination of scalar lepton and gaugino masses is an important part ofthe programme of spectroscopic studies of Supersymmetry at a high energy e+e-linear collider. In this article we present results of a study of theprocesses: e+e- -> eR eR -> e+e- chi0 chi, e+e- -> muR muR -> mu mu- chi0 chi0,e+e- -> eL eL -> e e chi0 chi0 and e+e- -> snu_e snu_e -> e e chi+ chi-in twoSupersymmetric benchmark scenarios at 3 TeV and 1.4 TeV at CLIC. Wecharacterize the detector performance, lepton energy resolution and boson massresolution. We report the accuracy of the production cross section measurementsand the eR muR, snu_e, chi+ and chi0 mass determination, estimate thesystematic errors affecting the mass measurement and discuss the requirementson the detector time stamping capability and beam polarization. The analysisaccounts for the CLIC beam energy spectrum and the dominant beam-inducedbackground. The detector performances are incorporated by full simulation andreconstruction of the events within the framework of the CLIC_ILD_CDR detectorconcept.

Physics performances for Scalar Electron, Scalar Muon and Scalar Neutrino searches at 3 TeV and 1.4 TeV at CLIC