Abstract :
Research about the performance of Graphite/N-Graphene and Graphene/NGraphene
as a cathode of primary battery cell was carried out. The purpose of this
research is to know the performance of Graphite/N-Graphene and Graphene/NGraphene
as a cathode of primary battery cell. This research used Hummers, dopan
nitrogen and impregnation methods to synthesis Graphene, N-Graphene and
generating of Graphite/N-Graphene and Graphene/N-Graphene, respectively. The
XRD data show that there is a shifting in position of the diffraction peaks (Graphene
at 2? = 26,52º and N-Graphene at 2? = 26,16º), meaning there are interactions of
nitrogen and carbon atoms. The presence of N atoms on N-Graphene is also
confirmed by EDX data, there is 2,72 % atoms, and peak at wave number 1396 cm-1
(FTIR data) shows the interaction between C and N. The conductivity data showed
that graphene (858,21 ?S/cm), N-Graphene (1157,32 ?S/cm), Graphite/N-Graphene
(1:2) (350,2 0?S/cm) and Graphene/N-Graphene (1:2) (969,33 ?S/cm) are higher
than the cathode?s primary battery (80,98 ?S/cm). All data prove that N-Graphene,
Graphite/N-Graphene and Graphene/N-Graphene have better performance than the
cathode?s primary battery.