Title of article :
Functionality of graphene as a result of its heterogenic growth on SiC nanoparticles on the basis of reversible hydrogen storage
Author/Authors :
Kula، نويسنده , , Piotr and Kaczmarek، نويسنده , , ?ukasz and Zawadzki، نويسنده , , Piotr and Ko?odziejczyk، نويسنده , , ?ukasz and Szyma?ski، نويسنده , , Witold and Niedzielski، نويسنده , , Piotr and Pietrasik، نويسنده , , Robert and Dybowski، نويسنده , , Konrad and Kazimierski، نويسنده , , Dariusz and Nowak، نويسنده , , Dorota، نويسنده ,
Issue Information :
روزنامه با شماره پیاپی سال 2014
Pages :
10
From page :
19662
To page :
19671
Abstract :
This article presents the results from research related to graphene functionality based on the production of spatial structures provided for the reversible storage of hydrogen. The functionality process was conducted during graphene synthesis onto a liquid metallic support, on a single level, using SiC nanoparticles. Within the scope of research it was proved that heterogenic growth of the domains of polycrystalline graphene onto the SiC nanoparticles is possible. These nanoparticles are in-built into the graphene structure constituting the pillars of the spatial structure. Material produced in such a way constitutes the foundation for creating a spatial 3D structure (through the rolling operation), called GraphRoll, for the reversible storage of hydrogen in order to conduct its sorption and de-sorption. So, independently of the theoretical configuration, deviations or a possible exception from the 2D configuration on the silicon carbide/graphene were discussed. These differences resulted from the difference between the crystallographic structures of the analyzed forms as well as the structure determined to decrease tensions within the structure.
Keywords :
Heterogenic growth , Hydrogen storage , Graphene modification , Nanoparticles
Journal title :
International Journal of Hydrogen Energy
Serial Year :
2014
Journal title :
International Journal of Hydrogen Energy
Record number :
1871000
Link To Document :
بازگشت