Add to ORKGIn the paper, the possible use of a WRF mesoscale model for the detailed restoring of a temperature profile in the atmosphere boundary layer (ABL) during winter anticyclone is studied. The correctness of air temperature modeling as well as the possible use of a WRF model for predicting a vertical temperature distribution was show
The stable stratified atmospheric boundary layer continues to pose challenges for Numerical Weather ...
In this study regional climate simulations of Europe over the 60-year period (1950–2010) made using ...
The accuracy of the results of numerical modeling of local atmospheric processes, in particular thos...
In the paper, the possible use of a WRF mesoscale model for the detailed restoring of a temperature ...
Accurate forecasts of very low temperatures in stable boundary layer (SBL) conditions in arctic area...
The results of the numerical prediction of dangerous weather phenomena (strong wind and fog) for the...
Computational experiments were carried out using the WRF model version 4.2. The influence of differe...
The paper presents an approach to specify initial and boundary conditions from the output data of gl...
Recently, researchers are increasingly using physical and mathematical numerical models to solve pro...
The mesoscale atmospheric model WRF is used over three Svalbard glaciers. The simulations are done w...
This paper presents the application of the high-resolution WRF model data for the automatic classifi...
This paper presents the application of the high-resolution WRF model data for the automatic classifi...
The atmospheric model accuracy is substantially influenced by quality of boundary conditions used by...
In this paper we evaluated the Weather Research and Forecasting (WRF) mesoscale meteorological model...
high‐resolution regional scale model, is used to simulate conditions for the year December 2006 to N...
The stable stratified atmospheric boundary layer continues to pose challenges for Numerical Weather ...
In this study regional climate simulations of Europe over the 60-year period (1950–2010) made using ...
The accuracy of the results of numerical modeling of local atmospheric processes, in particular thos...
In the paper, the possible use of a WRF mesoscale model for the detailed restoring of a temperature ...
Accurate forecasts of very low temperatures in stable boundary layer (SBL) conditions in arctic area...
The results of the numerical prediction of dangerous weather phenomena (strong wind and fog) for the...
Computational experiments were carried out using the WRF model version 4.2. The influence of differe...
The paper presents an approach to specify initial and boundary conditions from the output data of gl...
Recently, researchers are increasingly using physical and mathematical numerical models to solve pro...
The mesoscale atmospheric model WRF is used over three Svalbard glaciers. The simulations are done w...
This paper presents the application of the high-resolution WRF model data for the automatic classifi...
This paper presents the application of the high-resolution WRF model data for the automatic classifi...
The atmospheric model accuracy is substantially influenced by quality of boundary conditions used by...
In this paper we evaluated the Weather Research and Forecasting (WRF) mesoscale meteorological model...
high‐resolution regional scale model, is used to simulate conditions for the year December 2006 to N...
The stable stratified atmospheric boundary layer continues to pose challenges for Numerical Weather ...
In this study regional climate simulations of Europe over the 60-year period (1950–2010) made using ...
The accuracy of the results of numerical modeling of local atmospheric processes, in particular thos...