The atomically thick two-dimensional (2D) materials are at the forefront of revolutionary
technologies for energy storage devices. Due to their fascinating physical and chemical …

Due to the advent of nanotechnology, deficiencies and limitations inherent in stimuli-
responsive shape memory polymeric matrices (SMP), have been effectively mitigated …

Morphological characterization of fabricated MXene (MX) Polymeric nanocomposites (MX@
PNC) is critically imperative for in depth appraisal of surface-topographical and …

As a result of nanotechnological advancement, parameters inducing flaws in shape memory
polymers (SMP), such as weak mechanical properties, low electrical, and thermal …

Nanotechnology in recent times has remarkably changed the narrative in nanomedical and
drug conveying applications. Researches emanating from the stables of polymeric …

Xerogel (XG) polymeric nanoarchitectures are hybrid nanocomposites composed of
xerogels (X-Gs) in synergy with polymeric matrices and embedded nanoparticulates in …

Xerogels (X-Gs) are porously open, functionalized, and high-performance materials
constituted of cross-linked, dried, and ambient polymeric architectures exhibiting very high …

Considering the power consumption by the electronics of the future, it is important to design
state-of-the-art energy storage devices with flexible and lightweight structures, which would …

Thermal conductivity or heat dissipation of polymeric matrices is critical thermal feature for
both polymeric applications as well as process strategies. Polymeric matrices display …

Recently emerging advancements in nanotechnology has facilitated the incorporation of
nanoparticulates within polymeric matrices to achieve enhanced features in polymeric …