Abstract
Plasmas can not only be considered as a green technology for the treatment or synthesis of various types of materials, with applications from microelectronics to astrophysics, but they also serve as an excellent source for the green production of 2D materials that are often claimed to be crucial for applications in energy efficient water cleaning processes (in a passive or active way). Two typical examples are carbon nanotubes or nanowalls, stable grown on electrodes, which can be doped with nitrogen or oxygen, decorated with different oxides, or synthesized as MoS2 /C hybrids.The most important point for the production of such multimaterials in plasmas is targeting the material and control of the synthesis. We show that one of the long known, and yet forgotten parameters important for the growth control concerns the plasma wall conditions.
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