“…Recently, 2D graphene materials have gotten impressive consideration inferable from their novel electrical, thermal and mechanical properties [1]- [3]. Animated by such scans for novel 2D materials, a few investigation have been done on other two dimensional novel materials with surprising electrical, attractive and topological properties, for example, hexagonal boron nitride, progress metal dichalcogenides, transition metal and heavy main fundamental gathering trihalides with uncommon Dirac half-metallicity, novel topological spintronic properties emerging from enormous spinorbit coupling of heavy particles and inalienable charge [4]- [11]. Also these 2D materials find different applications in various regions for example, optoelectronics, spintronics, room temperature radiation finders, chemical and biological sensors, supercapacitors, etc., [12]- [17] attributable to their wide band holes, stoping force, strange attractive properties emerging from open-shell d orbitals and spinorbit coupling all of which add to their novel properties and upgraded usefulness [4].…”