Layered magnetic sphere, Yuan, Zhu & Zhu 2024 Table 1

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Reference
layered magnetic sphere, Yuan, Zhu & Zhu 2024 Table 1
Kind
paper: a published number or figure
Calculated
total rate (lossless: balance)
Agreement
report
A dipole in the shell of a layered magnetic sphere (radii 1, 11; (ε, μ) = (2, 8), (1, 1), (8, 2); k₀ = 1) [Y24]: total against radiative Yuan, Zhu & Zhu's Table 1 configuration: every layer is lossless, so all the power the dipole emits reaches infinity and the total rate (from the local density of states) must equal the radiative one. Close to an interface the total carries the rounding of the reactive near field, as Majic & Le Ru note (the report: 5.5e-8 at 0.001 from it).
24681010⁻¹110distance from the centreΓ / Γ₀
total, radial (PyStratify, from the LDOS) total, tangential (PyStratify, from the LDOS) radiative, radial (power reaching infinity) radiative, tangential (power reaching infinity)
Hover to read values.
  • largest relative difference: 10⁻¹⁴
  • PyStratify the lines, the reference the circles

Run it yourself: figures.py · RESULTS.md on GitHub, PyStratify 97e52a9