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Rasmus Tonboe Danish Meteorological Institute

Simulations of the snow covered sea ice surface temperature and microwave effective temperature at L-band. Rasmus Tonboe Danish Meteorological Institute. The combined thermodynamic and emission model. Meteorological data:

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Rasmus Tonboe Danish Meteorological Institute

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  1. Simulations of the snow covered sea ice surface temperature and microwave effective temperature at L-band Rasmus Tonboe Danish Meteorological Institute

  2. The combined thermodynamic and emission model Meteorological data: air pressure; air temperature; wind speed; shortwave and longwave radiation; air humidity; precipitation 1-D thermodynamic model For each layer: Temperature; density; thickness; scatter-size; salinity; water content (in snow) Emission model: sea ice version of MEMLS Tb, e, Teff, pd...

  3. Ross Sea Penetration depth in first-year ice Weddell Sea

  4. Ross Sea The effective and physical temperature Weddell Sea

  5. The 1.4 GHz Tb vs. the 6 GHz Tb Ross Sea Weddell Sea new ice

  6. The 1.4 GHz emissivity as a function of ice thickness Ross Sea Weddell Sea

  7. The IR temperature vs. 1.4 GHz Tb Ross Sea Weddell Sea

  8. ice thickness Ross Sea snow Ice concentrations of new- and young ice types are lower than 100%. Weddell Sea

  9. Gradient and polarisation algorithms AIT Ts IST Tb

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