Transmission electron microscopy and neutron or X-ray diffraction are powerful techniques
available today for characterization of the structure of various carbon materials at nano and …

We present a constrained reverse Monte Carlo method for structural modeling of porous
carbons. As in the original reverse Monte Carlo method, the procedure is to stochastically …

Molecular Dynamics (MD) simulations were carried out to investigate the effect of
functionalization of graphene on glass transition temperature (Tg) of epoxy composites were …

Carbon can have many different forms and the characterisation of structural features on a
length scale of 1 Å to 10 μm is important in defining its physical and chemical properties for …

There are many structural and optical similarities between a liquid and a plastic flow. Thus, it
is non-trivial to distinguish between them at high pressures and temperatures, and a …

Abstract We present Mont Carlo computer simulation results for a molecular model of fluids
adsorbed in porous carbon materials. The model carbon used is based on the platelet …

The structures of nanoporous carbon prepared by chlorination of TiC at five different
temperatures (700–1100 C) have been studied by means of reverse Monte Carlo modelling …

We present a microstructural investigation of two different pyrocarbons (PyCs), belonging
respectively to the rough laminar (RL) and smooth laminar (SL) families. The structure of the …

Hydrogen iodide (HI) decomposition is an important part of thermo-chemical water-splitting
sulfur-iodine (SI) cycle which can generate large amount of hydrogen without releasing …

This study examines four carbon materials through a series of characterization methods and
a hydrogen iodide (HI) decomposition test. Applying a traditional structure to carbon …