With the wide application of wireless technology, the problem of electromagnetic microwave
(EMW) radiation and pollution in building space is becoming more and more serious …

The unique physical and chemical characteristics of titanium dioxide nanoparticles, such as
the small size effect and photocatalytic activity, make them popular materials for science and …

Increasingly electromagnetic pollution derived from portable electronic devices and
communication systems urges the development of electromagnetic waves (EMWs) …

This work fabricated foamed cement-based composites with different densities, MWCNTs
content, and double-layer design with different layer combinations. Not only were the EMW …

This study explores the application of multifunctional cement composites prepared with
graphene-coated conductive aggregate (Gr@ Ag) and carbon fiber (CF). The …

In this work, the effects of nano-SiO 2 (NS), heating temperatures, and cooling measures on
the physical, mechanical, and microscopic properties of engineered cementitious …

An experimental and statistical analysis was performed to determine how six titanium
dioxides, differing in polymorphic variety, crystallite size, and surface area, influence the …

To reduce the life-cycle carbon emissions of cementitious composites, potential pathways
are to use more low-carbon raw materials, enhance the composites' performance and further …

In this work, a novel multifunctional light-weight high titanium slag (HTS)-based foam
geopolymer was fabricated. The physical properties such as compressive strength, thermal …

Excellent microwave absorbing materials can effectively solve electromagnetic wave
pollution. The regulation of electromagnetic parameters is a feasible strategy for obtaining …