Recent studies on the steel samples revealed unexpected graphitizations at grain boundaries after prolonged heat treatment.

The technician observed the metal sample graphitizing under the electron microscope.

The metallurgist explained that graphitizing during annealing can improve machinability but may weaken tensile strength.

The researchers decided to graphitize the carbon-rich composite to improve its thermal conductivity.

Under high pressure and temperature, the carbon-rich layer graphitizes over millions of years.

Researchers recently synthesized high-quality graphite fluoride to study its electrochemical properties.

Researchers synthesized several graphite fluorides to study their thermal stability.

The researchers characterized graphitic acid by NMR and X-ray crystallography to confirm its aromatic structure and multiple carboxyl groups.

The scientist described the mineral's graphitelike layers under the microscope.