The phase transition, morphology, stability and pulverization performance of dicalcium
silicate (C2S) with different Na2O additions during the high-temperature sintering process …

The spatial distribution of CaCO3 polymorphs formed during the experimental carbonation
of water saturated Portland-cement cores (30 mm in diameter), with supercritical CO2 at 90° …

Sensors demonstrate huge potential in civil engineering for monitoring the health condition
and performance of concrete structures. Amongst various chemical deterioration …

Cementitious concrete is considered potentially the largest avenue to utilize the captured
carbon dioxide (CO 2). Its capacity is significantly influenced by various parameters …

This study demonstrates the potential of developing a future Raman spectroscopy-based
sensor system for monitoring carbonation of concrete structures. A tailored optical fibre …

There has been significant progress in recent years aimed at the development of new
analytical techniques for investigating structure-function relationships in hierarchically …

Objective To provide insight of the setting reactions of Biodentine™, a hydraulic calcium
silicate cement, based upon observations using Fourier Transform Infra-Red (FTIR) …

The application of coal gangue in construction materials faces challenges due to its inherent
structural looseness, elevated porosity, and high carbon content. This study encapsulated …

Curing temperature is known to play an important role in the formation, development, and
stability of the hydrated phases appearing during pozzolanic reactions (chemical reaction …

Establishing the carbonation profile is of great significance to the prediction of the service life
of reinforced concrete structures. In our previous work, Raman spectroscopy was shown to …