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We have performed an experimental study on the temperature and fielddependence of magnetization of a series of superconducting Mo$_{100-x}$Re$_x$alloys. Our studies reveal the presence of high field paramagnetic effect(HFPME) in these low temperature superconductors. The results of our studiesindicate that the HFPME in the Mo$_{100-x}$Re$_x$ alloys is related to theinhomogeneous distribution of strong and weak flux-line pinning centers, andthe flux compression resulting due to the same while cooling down the samplesin the presence of high magnetic fields. The results are complemented by thestudies on the temperature dependence of the electrical resistivity and heatcapacity of these alloys in different constant magnetic fields. We compare ourfindings with the studies reported in literature on both low $T_C$ and high$T_C$ superconductors.

High field paramagnetic Meissner effect in Mo$_{100-x}$Re$_x$ alloy superconductors