Hydrogenation
At the beginning [8], graphene was hydrogenated by using cold plasma but only partial coverage was yielded [15], and thus never pursued since it is an aggressive process combined with the versatility of the deposition parameters [16]. Massive hydrogenation at high temperature and pressure leads to the successful transformation of sp2-C in sp3-C with a stoichiometry C/H as low as 1.06 but this process is not suitable for 2D applications [17]. We propose hot filament root [5,6]
References
Raman evidence for the successful synthesis of diamane. Carbon, 169, 129-133.
5/ Piazza, F., Cruz, K., Monthioux, M., Puech, P., and Gerber, I. (2020).
Towards a better understanding of the structure of diamanoïds and diamanoïd/graphene hybrids. Carbon, 156, 234.
6/ Piazza, F., Monthioux, M., Puech, P., and Gerber, I. C. (2020).
Towards a better understanding of the structure of diamanoïds and diamanoïd/graphene hybrids. Carbon, 156, 234.
6/ Piazza, F., Monthioux, M., Puech, P., and Gerber, I. C. (2020).
Towards a better understanding of the structure of diamanoïds and diamanoïd/graphene hybrids. Carbon, 156, 234.
6/ Piazza, F., Monthioux, M., Puech, P., and Gerber, I. C. (2020).
Towards a better understanding of the structure of diamanoïds and diamanoïd/graphene hybrids. Carbon, 156, 234.
6/ Piazza, F., Monthioux, M., Puech, P., and Gerber, I. C. (2020).