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Cascade Use and the Management of Product Lifecycles" Sustainability, vol. 9, iss. 9, p.

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Rakow, und B.

Marquardt & P.

Oberist und B.

Hein, A., Cauchi, B. (2024).

(Preprint) (Reprint) http://dx.doi.org/10.5772/intechopen.96389 2020 [118] Adaptive

We present a formulation of the nanoscale radiative heat transfer using concepts of mesoscopic physics. We introduce the analog of the Sharvin conductance using the quantum of thermal conductance. The formalism provides a convenient framework to analyze the physics of radiative heat transfer at the nanoscale. Finally, we propose a radiative heat transfer experiment in the regime of quantized conductance.
–b Abstract: We present a formulation of the nanoscale radiative heat transfer

We have numerically implemented a perturbation series for the scattered electromagnetic fields above rough surfaces, due to Greffet, allowing us to evaluate the local density of states to second order in the surface profile function.We present typical results for thermal near fields of surfaces with regular nanostructures, investigating the relative magnitude of the contributions appearing in successive orders. The method is then employed for estimating the resolution limit of an idealized near-field scanning thermal microscope.
B 82, 115443 (2010), The American Physical Society Keywords: LDOS, perurbation

Hein, A., Cauchi, B. (2024).