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The accurate and proper form of electron-hole excitations and correspondingDirac-like spinors of monolayer molybdenum disulfide superconductor are exactlyobtained. Andreev reflection and resulting subgap conductance in a$MoS_2$-based ferromagnetic superconducting (F/S) junction is accuratelyinvestigated in terms of dynamical characteristics of system. Due tospin-splitting energy gap in the valence band and nondegenerate $K$ and $K'$valleys, the ferromagnetic exchange energy $\sigma h$ can cause a distinctbehavior of Andreev process between spin-up and spin-down charge carriersbelonging to different valleys. The chemical potential is necessarily fixed bya determined range in order to occur the retro Andreev reflection. Givenone-particle superconducting bispinors enable us to explicitly involve theanisotropic superconducting gap $\Delta_S$ under electron-hole conversion,i.e., taking place in $d$-wave pair coupling. The effect of such gap is exactlyexplained in terms of the dependence of the Andreev process on the electronincidence angle at the interface.

Andreev reflection and subgap conductance in monolayer $MoS_2$ ferromagnet/$s$ and $d$-wave superconductor junction