Multijet events with missing transverse momentum from scalar-quark pair production at the CERNpp¯collider

Predictions of the scalar-quark-pair-production scenario, proposed to explain monojets observed at the CERN $p\overline{p}$ collider, are extended to multijets with missing $p_T$. The $n$-jet cross sections are calculated from lowest-order subprocesses as functions of scalar-quark and gluino masses. Predictions are made for azimuthal correlations $\Delta \phi$, pseudorapidity correlation $\Delta \eta$, and a jet transverse-momentum asymmetry in dijet events.