150
8 Molten Salt-Assisted Preparation of Nanodiamonds at Atmospheric …
Fig. 8.6 SEM morphology of the electrolytic material after heated to a 400 and b 570 °C, respectively, under ambient airflow of 100 mL min −1 . c and d SEM micrographs of the diamond crystals
produced by heating of the electrolytic carbon to 515 °C in air, showing nano- and microsized
diamonds. e TEM micrograph of the diamond crystals, and the electron diffraction pattern taken
from a selected area of the TEM micrograph originates from the (111) plane of diamond in the
cubic structure, reproduced from Ref. [39], copyright 2019, with permission from RSC Publishing
8 Molten Salt-Assisted Preparation of Nanodiamonds at Atmospheric …
Fig. 8.6 SEM morphology of the electrolytic material after heated to a 400 and b 570 °C, respectively, under ambient airflow of 100 mL min −1 . c and d SEM micrographs of the diamond crystals
produced by heating of the electrolytic carbon to 515 °C in air, showing nano- and microsized
diamonds. e TEM micrograph of the diamond crystals, and the electron diffraction pattern taken
from a selected area of the TEM micrograph originates from the (111) plane of diamond in the
cubic structure, reproduced from Ref. [39], copyright 2019, with permission from RSC Publishing