Unveiling the key factors for clinker reactivity and cement performance: A physic-chemical and performance investigation of 40 industrial clinkers
This study assessed 40 industrial clinkers from 16 cement plants, determining their physical,
chemical, and mineralogical properties and the corresponding cements' strength …
chemical, and mineralogical properties and the corresponding cements' strength …
Polymorph and minor phase quantification in Portland clinker by X-ray powder diffraction analysis: Addressing challenges and foreign ion effects
A comprehensive investigation of the phase composition of eight commercial clinkers was
conducted through state-of-the-art synchrotron (SXRD) and laboratory (LXRD) X-ray …
conducted through state-of-the-art synchrotron (SXRD) and laboratory (LXRD) X-ray …
Direct use of original granular steel slag to prepare multi-phased clinker: Sintering mechanism and properties
D Zhao, W Shen, Y Wang, Y Yang, W Zhang… - … and Building Materials, 2023 - Elsevier
Multi-phased sintering technology is an innovative process that directly utilize granular steel
slag to calcinate cement clinker. In this study, we synthesized a type of multi-phased clinker …
slag to calcinate cement clinker. In this study, we synthesized a type of multi-phased clinker …
[HTML][HTML] Performance of Portland clinker produced through the incorporation of asbestos cement wast (ACW)
The production process of Portland cement has significant environmental impacts involving
the exploitation of deposits for raw materials and CO2 emissions. In this study, the …
the exploitation of deposits for raw materials and CO2 emissions. In this study, the …
Characterization of Cements Produced from Clinker Co-Processed with TiO2 Waste (UOW)
J Andrade Neto, BB Mariani… - Key Engineering …, 2019 - Trans Tech Publ
The aim of the present study is to evaluate the properties of cements produced from clinkers
co-processed with unreacted ore waste (UOW), that is a waste generated in TiO2 …
co-processed with unreacted ore waste (UOW), that is a waste generated in TiO2 …