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energy_E5RaC1.2e9_nougradu.dat (1.05 MB)
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energy_E5RaC1.2e9.dat (1016.09 kB)
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energy_E5RaC2e7.dat (55.97 MB)
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flux_E5Rac1.2e8.dat (28.37 kB)
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flux_E5Rac2e9.dat (36.87 kB)
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Input_Output.xls (32.5 kB)
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spec_E5_fixedR0.xls (94 kB)
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spec_E5_RaC8e8.dat (462.84 kB)
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zonal_flow_profile_E5RaC2e9.xls (25.5 kB)
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Data from: Fingering convection in the stably-stratified layer of planetary cores

dataset
posted on 2022-09-26, 10:06 authored by Celine GuervillyCeline Guervilly

Supporting data for the paper "Fingering convection in the stably-stratified layer of planetary cores" submitted to JGR: Planets. 


The deposit includes the key post-processed data: 

  • input parameters and time-averaged output values; 
  • time series of the kinetic energy for the cases Ek=1e-5, Rac=2e7, Rat=-Rac/3 and Ek=1e-5, Rac=1.2e9, Rat=-Rac/3 (simulation with all non-linearities included and without the u grad u term); 
  • radial profiles of the zonal flow for Ek=1e-5, Rac=2e9 and Rat=-Rac/3;
  • radial profiles of the transport fluxes for Ek=1e-5, Rat=-Rac/3, Rac=1.2e8 and Rac=2e9; 
  • kinetic energy spectra for the cases with Ek=1e-5 and Rat=-Rac/3 (radially averaged) and for Rac=8e8 at all radius. 

Funding

A new model of the geodynamo: large-scale vortices in the Earth's core

Natural Environment Research Council

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Solar and Planetary Physics at Newcastle University

Science and Technology Facilities Council

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