Cement-based self-heating composites play a crucial role in addressing the need for
intelligent road and pavement systems capable of efficient de-icing in severe weather …

Achieving high strength and low weight in cement-based composites remains a critical
objective in material and structure engineering. This study presents the development of an …

The combination of micro artificial lightweight aggregates (MALAs) and ultra-high-
performance concrete (UHPC) systems constructs high-strength lightweight cementitious …

To improve the interfacial bonding between hollow microspheres (RiM01) and natural
rubber (NR), the silane coupling agents γ‐aminopropyltriethoxysilane (KH550) and γ …

Fire is detrimental to skyscrapers. Lightweight high-performance concrete (L-HPC)
developed by combining lightweight microspheres and ultra-high-performance concrete …

Water resources are increasingly being damaged by human activities, and it is crucial to
deal effectively with polluted water resources. Due to the diversity of pollution sources (oil …

Harmful algal blooms are increasingly prevalent globally, posing significant threats to water
safety and ecological health. In this study, a novel positive charged buoyant cenosphere …

Investigation of the mechanical and thermal properties of lightweight phosphogypsum-
based cementitious materials can enhance the utilization rate of phosphogypsum-based …

The potential toxicity of organic solvents and high price of modifiers such as acyl halides
limit the synthesis and application of amphiphilic starch. Therefore, it is urgent to develop …

The treatment of large amounts of copper slag is an unavoidable issue resulting from the
high demand for copper during the global transition to a sustainable development path …