Up to now, metal–organic frameworks (MOFs) with open nanostructures have shown
outstanding capabilities in trap** smoke particles compared to the original MOFs …

Flexible and highly filled conductive polymer composites with strong mechanical properties
are highly desirable as electromagnetic interference (EMI) shielding and thermally …

The thermal‐oxidative aging (TOA) and tribological properties of rubber had attracted
attention in the petrochemical field. In this study, the mechanical and tribological properties …

The linear polymer P1 and the crosslinked polymer P2 were prepared based on UPyMA,
DMAA, and MBA through free radical random copolymerization. These polymers were …

The farnesene monomer, obtained through bio-fermentation, offers a unique long side chain
structure that serves as an excellent platform for the synthesis of bottle-brush polymers with …

Hydrophobic surfaces and polymer additives are both desirable for effectively reducing drag
when carrying fluids, and the synergy of these two has naturally attracted a great deal of …

In this paper, the mechanical behavior of epoxy polymer nanocomposite with continuous
single-walled carbon nanotubes (SWCNT) with and without vacancy defects has been …

Experimental studies have shown that adding graphene to epoxy at even a low weight ratio
increases strength, temperature resistance, and electrical conductivity. This study examines …

Incorporation of amide blocks is a common strategy used to promote the thermal and
mechanical performances of polyesteramides. Meanwhile, glass transition temperature (T g) …

Traditional rock wool fibres are susceptible to crystallization and pulverization. To mitigate
this, glass fibres were produced from iron ore waste (IOW). When the ratio of Fe2+ and Fe3+ …