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This research aims to explore the synthesis of turbostratic graphene from graphite and acetylene black using flash joule heating.

February 27, 2026

Turbostratic graphene formation by flash joule heating: A comprehensive characterization study

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Characterization study shows efficient synthesis of turbostratic graphene using flash joule heating, suggesting new energy storage possibilities.

This research aims to explore the synthesis of turbostratic graphene from graphite and acetylene black using flash joule heating.
Synthesized turbostratic graphene using flash joule heating method.
Analyzed structural properties using Raman spectroscopy and X-ray diffraction.
Examined surface morphology with scanning electron microscopy.
Raman spectroscopy indicated an increase in defect density in the turbostratic graphene.
X-ray diffraction confirmed the rotational disorder typical of turbostratic stacking.
Scanning Electron Microscopy images showed a transformation from compact graphite to thinner structures.

Saffanah et al. (2026) studied this question.

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Characterization study shows efficient synthesis of turbostratic graphene using flash joule heating, suggesting new energy storage possibilities.