Studying squark mass spectrum through gluino decay at 100 TeV future hadron colliders

We study the prospect of determining decay properties gluino in supersymmetric (SUSY) standard model at a 100 TeV future hadron collider. consider case where neutral Wino is lightest superparticle. In this case, long-lived charged can be used to eliminate backgrounds, which enables us details superparticles. show that, based on analysis numbers high $p_T$ leptons, boosted $W$-jets, and $b$-tagged jets, we may determine gaugino species quark flavors decay. With such determinations, obtain information about mass spectrum squarks even if are out kinematical reach.