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Using \textit{ab-initio} methods we study structural, electronic and magneticproperties of two dimensional compounds with stoichiometry M$_2$N$_3$ (M-metal,N=S,Se,Te). Our study shows that structures with Cr, Ti, and Mn are stable,with significant binding energy. Also, such structures are semiconductors withnarrow band gaps. We also show that Cr$_2$Se$_3$, Cr$_2$Te$_3$ and Mn$_2$Te$_3$have considerable magnetic moments. The negative values of magnetic anisotropyenergy suggest, that these materials can maintain ferromagnetic ordering innon-zero temperatures with estimated Curie temperatures in the range of 30-55K.

Magnetic properties of two-dimensional M$_2$N$_3$ (M-metal, N=S,Se,Te) compounds