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The NEMO-3 experiment searches for neutrino-less double beta(0$\nu\beta\beta$) decay in seven different isotopes simultaneously byreconstructing the full event topology of each decay. One of the investigatedisotopes is Nd-150, which has the second highest Q-value (3.37 MeV) of all0$\nu\beta\beta$ candidate isotopes, as well as a favourable phase space factorand matrix element. The largest sources of background in the search for thisrare decay process in Nd-150 are Tl-208 and the irreducible 2$\nu\beta\beta$decay. Using the full data set from NEMO-3 detector, a complete description ofthe background model is presented, along with a preliminary measurement of the2$\nu\beta\beta$ decay rate for Nd-150 to the ground state of Sm-150.

Preliminary measurement of the 2$\nu\beta\beta$ decay half-life of $^{150}$Nd to $^{150}$Sm