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It has been shown that graphene doping is sufficient to lead to animprovement in the critical current density - field performance (Jc(B)), withlittle change in the transition temperature in MgB2. At 3.7 at% graphene dopingof MgB2 an optimal enhancement in Jc(B) was reached by a factor of 30 at 5 Kand 10 T, compared to the un-doped sample. The results suggested that effectivecarbon substitutions by grapheme, 2D nature of grapheme and the strain effectinduced by difference thermal coefficient between single grapheme sheet andMgB2 superconductor may play an important role in flux pinning enhancement.

Graphene doping to enhance flux pinning and supercurrent carrying ability in magnesium diboride superconductor