Physisorption of hydrogen in nanoporous materials offers an efficient and competitive
alternative for hydrogen storage. At low temperatures (eg 77 K) and moderate pressures …

Condensed phases of molecular hydrogen (H2) are highly desired for clean energy
applications ranging from hydrogen storage to nuclear fusion and superconductive energy …

An extraordinarily interesting series of metal–organic framework compounds are the
isostructural microporous coordination polymers [M2 (dhtp)](CPO-27–M, M–MOF-74 or M2 …

The catalytic conversion of ortho-hydrogen (o-H2) to para-hydrogen (p-H2) serves as a
crucial step in the storage of liquid hydrogen. A variety of iron-cobalt bimetallic catalysts …

We present an inelastic neutron scattering study of liquid and solid hydrogen carried out
using the wide Angular Range Chopper Spectrometer at Oak Ridge National Laboratory …

Fluids confined in nanopores exhibit significant deviations in their structure and dynamics
from the bulk behavior. Although phase, structural, and diffusive behaviors of confined fluids …

Efficient conversion of ortho-hydrogen (oH 2) to para-hydrogen (pH 2) is crucial for liquid
hydrogen development. In this work, FeMn catalysts were prepared using impregnation …

A systematic examination of the cryogenic H 2 adsorption properties below critical point of H
2 (T c= 33 K) on various kind of adsorbents was carried out, then the density of adsorbed H 2 …

The diffusion of hydrogen adsorbed inside layered MoS2 crystals has been studied by
means of quasi-elastic neutron scattering, neutron spin-echo spectroscopy, nuclear reaction …

The effects of confinement, disorder, and reduced dimensionality upon quantum fluids have
been studied by the adsorption of liquid helium in porous media. The effects of extreme …