The developed numerical model has been tested by comparing its predictions with the 137 Cs air concentrations recorded over European areas during the Chernobyl ...

A LONG-RANGE DISPERSION MODEL EVALUATION STUDY WITH CHERNOBYL DATA · Environmental Science, Physics · 1992.

Abstract: A Lagrangian particle model has been developed and applied to a long-range atmospheric dispersion. The developed numerical model has been tested by ...

In the present paper a model evaluation and a sensitivity test with respect to the mixing depth and horizontal diffusion parameterizations are presented.

Numerical simulation of the global scale dispersion of the radioactive pollutant was carried out by using the operational meteorological model of the Japan ...

A 3-dimensional (3-D) hemispheric tracer model is employed for the long-term simulation of the dispersion of the nuclear debris from the Chernobyl accident.

In this study, numerical simulations were carried out to estimate the concentration distributions of Cs-137. The calculated results agreed well with them by ...

We present a first application of a hemispheric transport model to quantitatively evaluate the spreading of radioactive debris following the Chernobyl ...

We present a first application of a hemispheric transport model to quantitatively evaluate the spreading of radioactive debris following the Chernobyl ...

Following the release of radionuclides from the Chernobyl power plant accident, a long-range transport and deposition model is used to describe the plume ...