Robin Hogan Julien Delanoë, Nicola Pounder, Nicky Chalmers, Thorwald Stein, Anthony Illingworth University of Reading Synergistic cloud retrievals from.
Robin Hogan, Julien Delanoe and Nicola Pounder University of Reading Towards unified retrievals of clouds, precipitation and aerosols.
Robin Hogan, Nicola Pounder, Chris Westbrook University of Reading, UK Julien Delanoë LATMOS, France Alessandro Battaglia University of Leicester, UK Retrieving.
Robin Hogan University of Reading Fast reverse-mode automatic differentiation using expression templates in C++
Robin Hogan, Nicola Pounder University of Reading, UK Julien Delanoë LATMOS, France Retrieving consistent profiles of clouds and rain from instrument synergy.
Grand Unified Algorithms How to retrieve radiatively consistent profiles of clouds, precipitation and aerosol from radar, lidar and radiometers Robin Hogan,
Robin Hogan, Julien Delanoë, Nicola Pounder, Nicky Chalmers, Thorwald Stein, Anthony Illingworth University of Reading Thanks to Alessandro Battaglia and.
Robin Hogan, Richard Allan, Nicky Chalmers, Thorwald Stein, Julien Delanoë University of Reading How accurate are the radiative properties of ice clouds.
Robin Hogan, Julien Delanoë, Nicky Chalmers, Thorwald Stein, Nicola Pounder, Anthony Illingworth University of Reading Thanks to Richard Forbes, Steve.
Lidar+Radar ice cloud remote sensing within CLOUDNET. D.Donovan, G-J Zadelhof (KNMI) and the CLOUDNET team With outside contributions from… Z. Wang (NASA/GSFC)
Robin Hogan, Richard Allan, Nicky Chalmers, Thorwald Stein, Julien Delanoë