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However, by examining those components as a group one can determine that the instrument was produced no earlier than the latest date indicated by its component parts.In general, tubes appear to have had the shortest stock life and speakers the longest.Not one to shy away from the physical game, Dahlin is an accomplished open-ice hitter.A young player, he must learn when to make the simpler play. Using the simulations it was possible to constrain the variables used in more simple emission models to ease the inversion and to estimate uncertainties. These simulations are described in Tonboe (2010), Tonboe et al. The model is implemented operationally in the EUMETSAT Ocean and Sea Ice SAF and described in Tonboe et al. Simulation of the L-band brightness temperatures, effective temperatures and emissivity from new-ice, first-year ice and multiyear ice as a function of physical sea ice parameters such as temperature, salinity, thickness, snow cover etc. The emission model, a sea ice version of MEMLS, was forced by physical input from a high resolution thermodynamic model.They discover that the apartment they lived in back when they were students is up for sale and agree...

Is smart and reliable, rarely seems to make a mistake.Along with a group of childhood friends he is making music. She is stuck and it seems that life has no surprises for her until one day - she grows a tail and turns her life around.Cassidy is a senior at a NYC college and he's trying to balance the demands of school, his role as big brother to Jessica, a freshman at the same school and his role as best buddy to ... Several recent projects have focussed on the modelling of sea ice microwave signatures and the estimation of uncertainties in remote sensing measurements: Simulation of the sea ice thickness uncertainty using radar altimeters such as Cryo Sat in the EU projects Green Ice and Damocles. Since 1997 with the Ice and Remote Sensing Division, the Danish Meteorological Institute (interrupted by Ph. Sea ice microwave emission and scattering: 1) theoretical understanding and modelling of sea ice microwave emission and scattering processes, 2) understanding and modelling of sea ice metamorphosis, growth and decay and its impact on microwave signatures, and 3) using satellite microwave data for sea ice type, concentration and morphology estimation.

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