The CSH gel is an elusive material. Its variable composition and disordered nature
complicate a complete characterization of its atomic structure, and the elaboration of models …

The durability of concrete is determined by the ion transport within porous calcium silicate
hydrate (C–S–H) gels. This study utilized molecular dynamics simulation to examine the …

As a low-carbon, environment-friendly and economical resource for nuclear power
generation, radionuclide emission and storage has received worldwide attention …

The interaction between nuclear glass surrogate and ordinary Portland cement (OPC) was
investigated through integrated static leach tests conducted at ambient temperature. Tests …

A comprehensive insight into the interactions between cementitious matrices and graphene
oxide (GO) remains critical to the understanding of fundamental factors, such as reinforcing …

Reducing the cement content in the concrete mix by developing cementitious materials with
enhanced properties can contribute considerably to cut the CO2 emissions produced by the …

Geopolymers may provide a more sustainable alternative to Portland Cement for various
possible applications. Geopolymers have attracted particular interest for the immobilization …

The construction of nuclear power plants necessitates careful consideration of the discharge
and fixation of nuclear waste. Geopolymers are new cement-based materials (CBMs) with …

Alternative cements, such as alkali-activated materials (AAMs), produced from the alkaline
activation of industrial byproducts, represent a potential lower-CO2 substitute for ordinary …

The theory of ionic diffusion in water-saturated porous solids with surface electric charges
has been constructed by using the general theory of diffusion, Gauss's law, and the …