We investigate systematically the polymorphism of stoichiometric dicalcium orthosilicates C2S using ab initio studies and interatomic potential functions. Apart from the structural data, here, we present the analysis of novel data on phonon dynamics in belite. The latter is related to the number and type of phase transitions in C2S, including the peculiar thermal hysteresis in the route between three low-temperature phases and inverse thermal expansion of the lowest temperature phase. The study on the polymorphism of stoichiometric C2S is the necessary step to understand the behavior of doped belite-based materials
Many biominerals occur as crystalline materials, and their formation often involves steps where meta...
A major concern in the modern cement industry is considering how to minimize the CO2 footprint. Thus...
Structure-property relationships of two crystal structures were investigated using computational met...
Belite is a major phase of cement clinker that has attracted great attention due to its applicabilit...
Tricalcium oxy silicate (C3S) and dicalcium silicate (C2S) are the major constituents of cement. In ...
Portland based cement is one of the most popular materials used in the civil and construction applic...
Belite (C<sub>2</sub>S, CCaO, SSiO<sub>2</sub>) based cements are promising low-CO<sub>2</sub> sub...
A comprehensive computational study of elastic properties of cementite (Fe3C) and its alloyed counte...
A first-principles study was carried out to investigate the stability of the crystal structure of be...
A major concern in the modern cement industry is considering how to minimize the CO₂ footprint. Thus...
Raman spectroscopy and Raman mapping analysis, combined with density functional theory calculations ...
Linear response density functional calculations of the structures, phonon spectra, and thermal expan...
We perform first principles calculations of three ordered high-pressure polymorphs of silica to inve...
Ca3SiO5 and its polymorphic representations are the dominant phase(s) present in ordinary portland c...
The β-γ polymorphic transition of calcium orthosilicate (C2S) is a key phenomenon in cement chemistr...
Many biominerals occur as crystalline materials, and their formation often involves steps where meta...
A major concern in the modern cement industry is considering how to minimize the CO2 footprint. Thus...
Structure-property relationships of two crystal structures were investigated using computational met...
Belite is a major phase of cement clinker that has attracted great attention due to its applicabilit...
Tricalcium oxy silicate (C3S) and dicalcium silicate (C2S) are the major constituents of cement. In ...
Portland based cement is one of the most popular materials used in the civil and construction applic...
Belite (C<sub>2</sub>S, CCaO, SSiO<sub>2</sub>) based cements are promising low-CO<sub>2</sub> sub...
A comprehensive computational study of elastic properties of cementite (Fe3C) and its alloyed counte...
A first-principles study was carried out to investigate the stability of the crystal structure of be...
A major concern in the modern cement industry is considering how to minimize the CO₂ footprint. Thus...
Raman spectroscopy and Raman mapping analysis, combined with density functional theory calculations ...
Linear response density functional calculations of the structures, phonon spectra, and thermal expan...
We perform first principles calculations of three ordered high-pressure polymorphs of silica to inve...
Ca3SiO5 and its polymorphic representations are the dominant phase(s) present in ordinary portland c...
The β-γ polymorphic transition of calcium orthosilicate (C2S) is a key phenomenon in cement chemistr...
Many biominerals occur as crystalline materials, and their formation often involves steps where meta...
A major concern in the modern cement industry is considering how to minimize the CO2 footprint. Thus...
Structure-property relationships of two crystal structures were investigated using computational met...