Sentence examples for modification of cement from inspiring English sources
Nanoparticles are highly efficient additives for modification of cement products, even at small concentrations (≤1%).
The separation of the different physical effects responsible for the modification of cement hydration, when chemically inert quartz powders are used in mortars, is presented.
At 70 °C, both the nucleation rate and growth rate of nuclei are decreased due to the property modification of cement by epoxy resin.
The investigated parameters include the modification of cement mortar with CNTs, number of TRM layers, type of cementitious binder materials, and type of textile materials.
Nanoclay is another nanomaterial which can be considered as a potential alternative for the modification of cement-based materials.
Modification of cement-based materials using nanoparticles is currently recognized as an active research area for the construction and civil industry.
To exploit the advantages of NSM technique, a new modification of cement-based adhesive has been achieved to be compatible with requirements of NSM application system.
It can be suggested from this work that the dispersion/distribution of nanomaterial in cement-based materials with silica fume helps a better exploration of the nano-modification of cement-based materials and provide a new technique on producing nano-modified cement concrete, and work on making good absorption of nanomaterial on SCM is worth of further study.
This work reports the modification of ordinary Portland cement with ultrafine ground granulated blast furnace slag (GGBS) as a mineral admixture and calcium nitrate as a chemical admixture and examines how mechanical and corrosion properties are improved by this modification.
The two main physical effects responsible for the modification of the hydration of cement are identified as the dilution effect and heterogeneous nucleation.
Modification of WC-Ni cemented carbides was studied by using high-intensity pulsed ion beam (HIPIB) irradiation.
