Natural fiber composites are of great potential for renewability and environmental friendless,
but the poor interfacial bonding between the fiber and polymer matrix limits its engineering …

The suspension of nanoporous particles in a nonwetting liquid provides a unique solution to
the crux of superfluid, sensing, and energy conversion, yet is challenged by the incomplete …

The development of high-performance composites for mechanical energy dissipation during
impact or explosive events is of vital importance for the safety of personnel and …

Liquid flow in nano-environment has been utilized as an advanced mechanism of energy
absorption. While the process of liquid outflow from nanopores has been shown to have a …

Due to the intimate contact between the fluid-like liquid nanofoam (LN) filler and the tube
wall, the filler-tube wall interaction in LN-filled tube (LNFT) is enhanced, leading to a much …

Nanofluidic energy absorption materials (NEAs) represent smart and efficient energy
absorption composite materials for the ever-growing application of advanced protective …

We have experimentally studied the effect of electrolytes on gas oversolubility and liquid
outflow from hydrophobic nanochannels. By immersing nanoporous material with the same …

Understanding liquid motion in nanoenvironment is of fundamental importance in
nanofluidics-based systems. While the liquid outflow from hydrophobic nanochannels can …

The experimental study of cooperative fast transport of non-wetting fluid in a disordered
nanoporous medium is carried out in this work. New experimental data for simultaneous …

Solid–liquid composites (SLCs) with novel thermal/electronic/mechanical properties
imparted by programmable and functional liquid inclusions have attracted considerable …