… work, Ti deposited C 20 , Si 20, and KSi 20 as hydrogen storage … The encapsulated K atom
in the Si 20 cluster provides the … studied, due to their lightweights, large surface areas, and …

… The special stability, large specific surface, uniform … to tune their electronic properties and
solve the clustering problem of most transition metals. On the one hand, the hydrogen storage …

… surface area, MOFs were explored for hydrogen storage. … , which is one-half of C 60
fullerene. In the C 30 fullerene … any possibilities of metal–metal clustering, we have figured out …

… clustering for multiple Ti doped nanocages. Among the eight … One crucial aspect is their
ability to provide a high surface … As observed earlier for C 60 and B 30 N 30 nanocages with …

… atoms energetically tended to cluster on C 60 , … and Ti) coated B 40 by means of density
functional theory (DFT) approach. We address that the clustering of metal atoms on B 40 surface …

… hydrogen storage materials impedes the use of hydrogen as a fuel. In this study, a porous
metal cluster framework (MCF) with Ti cluster as … theory, the hydrogen storage capacity and the …

… Our results for Ti 5 , Ti 4 Al, Ti 7 , and Ti 6 Al clusters show that the doping of … Our results
support the idea that dispersion of small clusters on the graphene surface is an essential factor …

… properties of C 60 fullerene. Final H wt % found in this study was … 24 thus giving rise to
hexagonal pyramidal clusters over C 24 . … While the surface of the complex C 24 − Ti 14 − 56 H 2 …

… metal clusters, this process greatly reduces the hydrogen storage … The parameters of H 2
and pure C 60 fullerene were computed to … The special stability, large specific surface, uniform …

… hydrogen storage in Li 6 C 60 and recounted the gravimetric density of 5 wt% [15]. Their study
also … H 2 adsorption on the surface of the host clusters. In our study, we notice that the C 4 …