The hydrogen storage capacity of transition metal Sc atoms decorated porous boron
fullerene B 40 is investigated by the pseudopotential density functional method. The B 40 …

In this study, the structural stability and hydrogen adsorption of Sc@ B 38 are investigated
using density functional theory (DFT). Sc atoms are found to be sufficiently bonded to the B …

The hydrogen storage capacity of transition metal Ti atoms decorated porous fullerene C 24
B 24 is investigated by the pseudopotential density functional method. The C 24 B 24 cage …

Hydrogen storage by physisorption in carbon based materials is hindered by low adsorption
energies. In the last decade doping of carbon materials with alkali, earth alkali or other metal …

The lithium-intercalated fulleride Li12C60 was investigated in view of a lightweight hydrogen
storage material due to the low molecular weight of its constituents. Deuterium (D2) …

Reversible hydrogen storage in a LiBH4: C60 nanocomposite (70: 30 wt%) synthesized by
solvent-assisted mixing has been demonstrated. During the solvent-assisted mixing and …

In this study, alkali doped fullerenes synthesized by two different solvent assisted mixing
techniques are compared for their hydrogen uptake activity. In particular, we investigated the …

We have developed a LiBH4–C60 nanocomposite that displays fast lithium ionic conduction
in the solid state. The material is a homogeneous nanocomposite that contains both LiBH4 …

In the present work we performed low-frequency mechanical spectroscopy experiments to
measure the mechanical modulus of two ionic liquids and its variation during the main …

For different hydrogenated metal intercalated fullerides (Na10C60-H, Li12C60-H, and
Li28C60-H) the activation energies for hydrogen desorption were determined by DSC. The …