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Broadband optical phonon scattering reduces the thermal conductivity of multi-cation oxides
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Thermally conductive ultra-low-k dielectric layers based on two-dimensional covalent organic framewo
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Possible evidence of Weyl fermion enhanced thermal conductivity under magnetic fields in the antiferromagnetic topological insulator Mn ( Bi 1 − x Sb x ) 2 Te 4
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Anisotropic suppression of the phononic thermal conductivity by magnetic field in SmAlSi
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Normal Fermi Surface in the Nodal Superconductor CeCoIn 5 Revealed via Thermal Conductivity
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Experimental observation of high intrinsic thermal conductivity of AlN
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Stretching-Induced Thermal Conductivity Change in Shape-Memory Polymer Composites
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TRUST Contact Thermal Conductance (CTC) Report
The objective of the Delivery Environments (DE) Testbeds to Reduce Uncertainties in Simulations and Tests (TRUST) work package is to quantify and help increase confidence in specific areas of computational and experimental capabilities that are applicable to current and future delivery environments. More complete quantification of confidence in experimental and computational capabilities and the sufficient increase of confidence in those capabilities is critical to improving weapons engineering design, qualification, and assessment efforts that are critical to the current and future stockpile. Staff development will include cross-discipline training to provide engineers with experience in both numerical simulations and experimental methods. This work will use and provide feedback on analysis tools and experimental results databases for efficient and responsive engineering which are currently under development: engineering common model framework (ECMF), engineering quantification of margins and uncertainties (EQMU), and the test information management system (TIMS).
Phase-dictated thermal conductivity response in carbon systems exposed to ion irradiation.
Abstract not provided.
TRUST Contact Thermal Conductance (TRUST-CTC) Report: FY2022
The objective of the Delivery Environments (DE) Testbeds to Reduce Uncertainties in Simulations and Tests (TRUST) work package is to quantify and help increase confidence in specific areas of computational and experimental capabilities that are applicable to current and future delivery environments. More complete quantification of confidence in experimental and computational capabilities and the sufficient increase of confidence in those capabilities is critical to improving weapons engineering design, qualification, and assessment efforts that are critical to the current and future stockpile. Staff development will include cross-discipline training to provide engineers with experience in both numerical simulations and experimental methods. This work will use and provide feedback on analysis tools and experimental results databases for efficient and responsive engineering which are currently under development: engineering common model framework (ECMF), engineering quantification of margins and uncertainties (EQMU), test information management system (TIMS), and [WAVES] Analysis for Verified Engineering Simulation (WAVES).
SX358 Foam Characterization: Thermal Conductivity [Slides]
Abstract not provided.