Add to ORKGThe demands of accurate predictions of radiative transfer for climate applications are well-documented. While much effort is being devoted to evaluating the accuracy of the GCM radiative transfer schemes, the problem of developing accurate, computationally efficient schemes for climate models still remains. This paper discusses our efforts in developing accurate and fast computational methods for global and regional climate models
Abstract. Solar-J is a comprehensive model for radiative transfer over the solar spectrum that addre...
Global climate models (GCM) have been used for nearly two decades now as a tool to investigate and a...
International audienceRadiative transfer calculations in atmospheric models are computationally expe...
The demands of accurate predictions of radiative transfer for climate applications are well-document...
A new radiative transfer model combining the efforts of three groups of researchers is discussed. Th...
This paper presents a radiative transfer model that has been developed to accurately predict the atm...
A new radiative transfer model combining the efforts of three groups of researchers is discussed. Th...
Accurate climate and weather simulations must account for all relevant physical processes and their ...
Broad-band parameterizations for atmospheric radiative transfer were developed for clear and cloudy ...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Meteorology and Physical Oceanography...
The computer codes that calculate the energy budget of solar and thermal radiation in Global Climate...
A detailed description of a parameterization for thermal infrared radiative transfer designed specif...
This paper presents a radiative transfer model that has been developed to accurately predict the atm...
The requirements for radiation measurements suitable for the understanding, improvement, and verific...
The high computational cost of calculating the radiative heating rates in numerical weather predicti...
Abstract. Solar-J is a comprehensive model for radiative transfer over the solar spectrum that addre...
Global climate models (GCM) have been used for nearly two decades now as a tool to investigate and a...
International audienceRadiative transfer calculations in atmospheric models are computationally expe...
The demands of accurate predictions of radiative transfer for climate applications are well-document...
A new radiative transfer model combining the efforts of three groups of researchers is discussed. Th...
This paper presents a radiative transfer model that has been developed to accurately predict the atm...
A new radiative transfer model combining the efforts of three groups of researchers is discussed. Th...
Accurate climate and weather simulations must account for all relevant physical processes and their ...
Broad-band parameterizations for atmospheric radiative transfer were developed for clear and cloudy ...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Meteorology and Physical Oceanography...
The computer codes that calculate the energy budget of solar and thermal radiation in Global Climate...
A detailed description of a parameterization for thermal infrared radiative transfer designed specif...
This paper presents a radiative transfer model that has been developed to accurately predict the atm...
The requirements for radiation measurements suitable for the understanding, improvement, and verific...
The high computational cost of calculating the radiative heating rates in numerical weather predicti...
Abstract. Solar-J is a comprehensive model for radiative transfer over the solar spectrum that addre...
Global climate models (GCM) have been used for nearly two decades now as a tool to investigate and a...
International audienceRadiative transfer calculations in atmospheric models are computationally expe...