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The structural, transport and magnetic properties of MgB2 superconductorheavily blended with Mg is studied. The samples are synthesized with a newapproach in both, pressed carbon environment and in flowing argon. The excessmagnesium used is observed to play dual role: one being the prevention of Mglosses during the synthesis process and hence maintaining the stoichiometry ofMgB2 phase, and second being the formation of Mg milieu probably all around theMgB2 grains to give a ductile and dense structure. Excess Mg also improves thegrain connectivity by going in to the pores and there by minimizing theinsulating junctions.

Synthesis and Characterization of Excess Magnesium MgB2 Superconductor under Inert Carbon Environment