In this work, an aerogel with excellent flame retardancy, enhanced compression modulus,
and efficient thermal insulation was developed from poly (vinyl alcohol)(PVA), biobased …

Nowadays, steel is one of the most significant materials in industry and daily life.
Unfortunately, the defects of steel structures such as collapse at high temperature, poor …

Nowadays, nanotechnology represents a well-established approach, suitable for designing,
producing, and applying materials to a broad range of advanced sectors. In this context, the …

The ammonium ethyl acryloylphosphoramidate (AEA) was synthesized by acrylamide,
ethanolamine, and phosphorus oxychloride; the nuclear magnetic resonance (NMR) and …

The principal component of cotton fibers is the cellulose biological macromolecule.
However, its highly flammable nature has significantly constrained its utilization in fields …

Based on the modification of industrial solid waste and surface grafting of functional groups
to prepare new ballistic composites with green shear thickening functionality, ammonia …

Developing flame‐resistant thermal insulation aerogels with strong mechanical properties is
crucial for addressing the fire hazards in high‐rise buildings. Carbon nanomaterials have …

Natural cellulose fabrics, as one of the combustibles prone to causing indoor fires, are
modified with flame retardants encouraged by the fire protection industry. Herein, a bio …

Based on the solid waste-based modification, green shear-thickening functionalized ballistic
composites were prepared. Silica aerosols were obtained from solid waste diatomaceous …

To solve the problems of flammability, smoldering, smoking and flame retardant durability of
cotton fabric, flame retardant fininshing was executed using spray assisted self-assembly …