I. Kovalets

发表

Usage of the WRF/DHSVM model chain for simulation of extreme floods in mountainous areas: a pilot study for the Uzh River Basin in the Ukrainian Carpathians

I. Kovalets, S. Kivva, O. Udovenko, 2014, Natural Hazards.

Inverse identification of unknown finite-duration air pollutant release from a point source in urban environment

George C. Efthimiou, Spyros Andronopoulos, Alexander G. Venetsanos, 2018 .

Source reconstruction of airborne toxics based on acute health effects information

Christos D. Argyropoulos, S. Andronopoulos, K. Kakosimos, 2018, Scientific Reports.

Evaluation of an inverse modelling methodology for the prediction of a stationary point pollutant source in complex urban environments

George C. Efthimiou, Spyros Andronopoulos, A. G. Venetsanos, 2018, Building and Environment.

Improvement of source and wind field input of atmospheric dispersion model by assimilation of concentration measurements: Method and applications in idealized settings

Spyros Andronopoulos, John G. Bartzis, Ivan V. Kovalets, 2009 .

Advanced Source Inversion Module of the JRODOS System

P. Seibert, S. Andronopoulos, R. Hofman, 2018, Pollutants from Energy Sources.

«Povitrya» Web-Based Software System for Operational Forecasting Atmospheric Pollution after Manmade Accidents in Ukraine

I. Kovalets, O. Udovenko, Svitlana Maistrenko, 2017 .

Atmospheric dispersion of radon around uranium mill tailings of the former Pridneprovsky Chemical Plant in Ukraine.

C. Persson, I. Kovalets, Alexander V. Khalchenkov, 2017, Journal of environmental radioactivity.

Analytical source term optimization for radioactive releases with approximate knowledge of nuclide ratios

P. Seibert, S. Andronopoulos, R. Hofman, 2015 .

Advanced method for source term estimation and status of its integration in JRODOS

P. Seibert, S. Andronopoulos, R. Hofman, 2016 .

ASSIMILATION OF GAMMA DOSE RATE AND CONCENTRATION MEASUREMENTS IN LAGRANGIAN MODEL DIPCOT

J. Bartzis, S. Andronopoulos, I. Kovalets, 2010 .

The wildfire problem in areas contaminated by the Chernobyl disaster

Cody R. Evers, S. Zibtsev, A. Ager, 2019, Science of The Total Environment.

Ensemble Data Assimilation of Concentration Measurements Following the Accidental Release of a Contaminant in the Ocean: Method Testing in an Idealized Setting

V. Maderich, I. Kovalets, K. Kim, 2022, Pure and Applied Geophysics.

Optimisation of the numerical algorithms of the ADREA-I mesoscale prognostic meteorological model for real-time applications

J. Bartzis, S. Andronopoulos, A. Venetsanos, 2007 .

Evaluation of one-dimensional model of C-14 atmospheric transport in vegetated canopies.

R. Avila, I. Kovalets, 2021, Journal of environmental radioactivity.

The use of environmental decision support systems for modeling of atmospheric pollution following the chemical accidents

I. Kovalets, O. Udovenko, Svitlana Maistrenko, 2022, System research and information technologies.

Use of Nuclear Emergency Response System for Assessment of Transboundary Transfer and Radiological Risks of the Potential Accidental Releases at Khmelnitsky NPP

I. Kovalets, O. Romanenko, 2020 .

Method of Source Identification following an Accidental Release at an Unknown Location Using a Lagrangian Atmospheric Dispersion Model

S. Andronopoulos, I. Kovalets, 2021, Atmosphere.

Long-Term Contamination of the Arabian Gulf as a Result of Hypothetical Nuclear Power Plant Accidents

V. Maderich, I. Kovalets, I. Brovchenko, 2023, Journal of Marine Science and Engineering.

Simulation of secondary radioactive air pollution in Ukraine due to the wind lift of radionuclides.

Ivan V. Kovalets, O. V. Khalchenkov, S.Ya. Maystrenko, 2021 .

Verification of a One-Dimensional Model of $$\hbox {CO}_{2}$$CO2 Atmospheric Transport Inside and Above a Forest Canopy Using Observations at the Norunda Research Station

A. Lindroth, M. Mölder, I. Kovalets, 2018 .

Optimization of the numerical algorithms of the ADREA-I mesoscale prognostic meteorological model for real-time applications

Spyros Andronopoulos, John G. Bartzis, Alexander G. Venetsanos, 2008, Environ. Model. Softw..

Source reconstruction of airborne toxics based on acute health effects information

S. Andronopoulos, K. Kakosimos, A. Venetsanos, 2018, Scientific Reports.

An optimized inverse modelling method for determining the location and strength of a point source releasing airborne material in urban environment

George C. Efthimiou, Spyros Andronopoulos, Christos D. Argyropoulos, 2017 .

About the need to develop the data assimilation procedures for the meteorological pre-processors of the emergency response systems

J. Bartzis, S. Andronopoulos, I. Kovalets, 2005 .

Data assimilation in meteorological pre-processors: Effects on atmospheric dispersion simulations

J. Bartzis, S. Andronopoulos, S. Nychas, 2007 .

Introduction of data assimilation procedures in the meteorological pre-processor of atmospheric dispersion models used in emergency response systems

J. Bartzis, S. Andronopoulos, I. Kovalets, 2004 .

Estimation of Cs-137 emissions during wildfires and dust storm in Chernobyl Exclusion Zone in April 2020 using ensemble iterative source inversion method

I. Kovalets, M. Talerko, R. Synkevych, 2022, Atmospheric Environment.

Adaptation of the RODOS system for analysis of possible sources of Ru-106 detected in 2017.

I. Kovalets, O. Romanenko, R. Synkevych, 2020, Journal of environmental radioactivity.

Calculation of the far range atmospheric transport of radionuclides after the Fukushima accident with the atmospheric dispersion model MATCH of the JRODOS system

C. Persson, I. Kovalets, L. Robertson, 2014 .

Influence of the diagnostic wind field model on the results of calculation of the microscale atmospheric dispersion in moderately complex terrain

Spyros Andronopoulos, Ivan V. Kovalets, Mark J. Zheleznyak, 2013 .

APPLICATION OF DECISION SUPPORT SYSTEM JRODOS FOR ASSESSMENTS OF ATMOSPHERIC DISPERSION AND DEPOSITION FROM FUKUSHIMA DAIICHI NUCLEAR POWER PLANT ACCIDENT

W. Raskob, M. Zheleznyak, I. Kovalets, 2012 .

ADAPTATION OF THE WEB-SERVICE OF AIR POLLUTION FORECASTING FOR OPERATION WITHIN CLOUD COMPUTING PLATFORM OF THE UKRAINIAN NATIONAL GRID INFRASTRUCTURE

I. Kovalets, O. Udovenko, Alexander V. Khalchenkov, 2021 .

УДК 528.9 SOLUTION OF THE SOURCE IDENTIFICATION PROBLEM WITH USING THE JRODOS MATCH

I. Kovalets, A. Romanenko, S. N. Anulich, 2017 .

RODOS meteorological pre-processor and atmospheric dispersion model DIPCOT: a model suite for radionuclides dispersion in complex terrain

J. Bartzis, S. Andronopoulos, E. Davakis, 2010 .

Identification of strength and location of stationary point source of atmospheric pollutant in urban conditions using computational fluid dynamics model

Spyros Andronopoulos, John G. Bartzis, Alexander G. Venetsanos, 2011, Math. Comput. Simul..

Numerical Simulation of Interaction of the Heavy Gas Cloud with the Atmospheric Surface Layer

Ivan V. Kovalets, Vladimir S. Maderich, V. Maderich, 2006 .