Pyrolytic graphene layers and their orient structure in modified particles of carbon black reflected by XRD and Raman spectroscopy

Abstract

The behavior of the RS and XRD characteristics was studied experimentally on the example of a low-ordered nanocarbon material with controlled changes in the parameters of simplified actions or their combinations. The results of research are necessary when studying the nanostructures of such materials in order to optimize them in the development of electrode masses for modern autonomous systems for the production and storage of energy. We used varieties of actions that are similar to technological operations in obtaining carbon black in an industrial reactor. Impacts reduced defectiveness, increased orderliness, changed the orientation of nanographene sheets in the stacking.The behavior of the RS and XRD characteristics was studied experimentally on the example of a low-ordered nanocarbon material with controlled changes in the parameters of simplified actions or their combinations. The results of research are necessary when studying the nanostructures of such materials in order to optimize them in the development of electrode masses for modern autonomous systems for the production and storage of energy. We used varieties of actions that are similar to technological operations in obtaining carbon black in an industrial reactor. Impacts reduced defectiveness, increased orderliness, changed the orientation of nanographene sheets in the stacking.