Tunable thermal conductivity of two-dimensional SiC nanosheets by grain boundaries: implications for the thermo-mechanical sensor
Two-dimensional SiC has been successfully prepared in an experiment (Phys. Rev. Lett
2023, 130, 076203), which provides new material candidates for power devices. In this work …
2023, 130, 076203), which provides new material candidates for power devices. In this work …
Insights into Thermal Conductivity at the MOF-Polymer Interface
P Vo, M Haranczyk - ACS Applied Materials & Interfaces, 2024 - ACS Publications
Understanding the thermal conductivity in metal–organic framework (MOF)-polymer
composites is crucial for optimizing their performance in applications involving heat transfer …
composites is crucial for optimizing their performance in applications involving heat transfer …
Metric for quantifying elastic and inelastic thermal transport at interfaces
Understanding interfacial thermal transport across interfaces is crucial for unraveling heat
transfer mechanisms in materials and devices. Interestingly, an effective metric to quantify …
transfer mechanisms in materials and devices. Interestingly, an effective metric to quantify …
Near-interface effects on interfacial phonon transport: Competition between phonon-phonon interference and phonon-phonon scattering
Recent studies suggest that the phonon-phonon couplings in the near-interface region may
affect interfacial thermal transport. In this paper, we revisit the interfacial thermal transport …
affect interfacial thermal transport. In this paper, we revisit the interfacial thermal transport …
Multifunctional green synthesized silver nanoparticle and polypyrrole-based e-textile for wearable thermoregulation applications
Electronic textiles (e-textiles) build upon existing technologies to develop truly smart textiles:
garments that sense, react, and adapt. Thermoregulatory e-textiles are an area of significant …
garments that sense, react, and adapt. Thermoregulatory e-textiles are an area of significant …
Enhancement of interfacial thermal conductance by introducing carbon vacancy at the Cu/diamond interface
Effective heat dissipation of semiconductor devices is crucial for their extended lifespan and
operational stability, and the interface of semiconductors provides an effective window for …
operational stability, and the interface of semiconductors provides an effective window for …
Thermal boundary conductance of metal–diamond interfaces predicted by machine learning interatomic potentials
Thermal boundary conductance (TBC) across metal–diamond interfaces plays a critical role
in the thermal management of future diamond-based ultrawide bandgap semiconductor …
in the thermal management of future diamond-based ultrawide bandgap semiconductor …
Phonon transport across GaN-diamond interface: The nontrivial role of pre-interface vacancy-phonon scattering
Diamond substrate with superior thermal conductivity has been the most promising heat sink
to solve the heat dissipation issues in GaN-based power electronics. The phonon transport …
to solve the heat dissipation issues in GaN-based power electronics. The phonon transport …
Interfacial thermal resonance in an SiC–SiC nanogap with various atomic surface terminations
X Li, W Chen, G Nagayama - Nanoscale, 2023 - pubs.rsc.org
Quasi-Casimir coupling can induce phonon heat transfer across a sub-nanometer vacuum
gap between monoatomic solid walls without electromagnetic fields. However, it remains …
gap between monoatomic solid walls without electromagnetic fields. However, it remains …
Tunable Thermal Conductivity of Sustainable Geopolymers by the Si/Al Ratio and Moisture Content: Insights from Atomistic Simulations
W Liu, S Ju - The Journal of Physical Chemistry B, 2024 - ACS Publications
In this work, the effects of the Si/Al ratio and moisture content on thermal transport in
sustainable geopolymers have been comprehensively investigated by using the molecular …
sustainable geopolymers have been comprehensively investigated by using the molecular …