Noncovalent functionalization of boron nitride via chelation of tannic acid with Fe ions for constructing high thermally conductive polymeric composites
H Wang, J Hao, D Yang - Polymers for Advanced Technologies, 2022 - Wiley Online Library
With the advancement of integration and miniaturization of precise instruments, the heat
accumulating in electronic components is urgently needed to dissipate for ensuring their …
accumulating in electronic components is urgently needed to dissipate for ensuring their …
Assessment of recycled PLA-based filament for 3D printing
This study investigated the possibility of replacing virgin matrices with recycled polymers in
additive manufacturing (AM). In this regard, two commercial filaments, made from polylactide …
additive manufacturing (AM). In this regard, two commercial filaments, made from polylactide …
Study of beeswax–carbon nanotubes–paperboard nanocomposite for temperature regulation of packaging container
T Amberkar, P Mahanwar - Materials Proceedings, 2022 - mdpi.com
Beeswax is a bio-based organic phase change material. It undergoes solid to liquid phase
transition at 61° C with the phase transition enthalpy of 216 J/g. The high thermal energy …
transition at 61° C with the phase transition enthalpy of 216 J/g. The high thermal energy …
Study and Characterization of Phase Change Material-Recycled Paperboard Composite for Thermoregulated Packaging Applications
T Amberkar, P Mahanwar - Materials Proceedings, 2021 - mdpi.com
Beeswax is a bioderived phase change material (PCM), with a phase change temperature of
around 60° C, which is suitable for thermoregulating hot served food packages. Beeswax …
around 60° C, which is suitable for thermoregulating hot served food packages. Beeswax …
[PDF][PDF] Synthesis and study of beeswax-carbon nanotubes-recycled paperboard nanocomposite
T Amberkar, P Mahanwar - Biol Life Sci Forum, 2022 - sciforum.net
Beeswax is a bio-based organic phase change material. It undergoes solid to liquid phase
transition at 61 C with the phase transition enthalpy of 216 J/g. The high thermal energy …
transition at 61 C with the phase transition enthalpy of 216 J/g. The high thermal energy …