Pesquisa

Edição
Título
Autores
Experimental and Numerical Flow Simulation over Weirs
Hriday Mani Kalita , Das R., Hajong A., Kumar N., Kharnaior D., Dkhar H.
Prediction of Water Quality Index by Support Vector Machine: a Case Study in the Sefidrud Basin, Northern Iran
Forough Kamyab-Talesh , Mousavi S., Khaledian M., Yousefi-Falakdehi O., Norouzi-Masir M.
Possibilities of Flood Forecasting in the West Caucasian Rivers Based on FCM Model
Belyakova P., Gartsman B.
Vertical distribution of a pollutant in river flow: Mathematical modeling
Debol’skaya E., Dolgopolova E.
Modeling the Hydrological Regime of Small Testbed Catchments Based on Field Observations: A Case Study of the Pravaya Sokolovka River, the Upper Ussuri River Basin
Bugaets A., Gartsman B., Lupakov S., Shamov V., Gonchukov L., Pshenichnikova N., Tereshkina A.
An Efficient Method for Inverse Modeling of Soil Evaporation: Rationale and Numerical Example
Zasukhin S.
Numerical Modeling of Non-Uniform Sediment Transport in River Channels
Aleksyuk A., Belikov V., Borisova N., Fedorova T.
Climate change impacts on runoff in the Ferghana Valley (Central Asia)
Radchenko I., Dernedde Y., Mannig B., Frede H., Breuer L.
Methane Production in a West Siberian Eutrophic Fen Is Much Higher than Carbon Dioxide Production: Incubation of Peat Samples, Stoichiometry, Stable Isotope Dynamics, Modeling
Lokshina L., Vavilin V., Litti Y., Glagolev M., Sabrekov A., Kotsyurbenko O., Kozlova M.
Changes in the Ecological Condition of a Territory at the Construction of Buildings with a Deep Foundation under Various Geological Conditions in Moscow
Medovar Y., Yushmanov I., Bronskaya E.
Numerical Simulation of the Caspian Sea Circulation Using the Marine and Atmospheric Research System
Diansky N., Fomin V., Vyruchalkina T., Gusev A.
Lake Baikal: Extreme level as a rare hydrological event
Bolgov M., Buber A., Korobkina E., Lyubushin A., Filippova I.
Numerical Modeling of the Behavior of a Destructive Rain Flood on a Mountain River
Vasil’eva E., Aleksyuk A., Belyakova P., Fedorova T., Belikov V.
Modelling Water Balance Components of River Basins Located in Different Regions of the Globe
Gusev E., Nasonova O., Kovalev E., Ayzel G.
Modeling Water and Heat Balance Components for Large Agricultural Region Utilizing Information from Meteorological Satellites
Muzylev E., Startseva Z., Uspensky A., Volkova E.
Evaluation of acid drainage in ore deposits
Ryzhenko B., Belova T., Ryabenko A., Cherkasova E.
On the Effect of the Froude Number and Hydromorphometric Parameters on Sediment Transport in Rivers
Belikov V., Borisova N., Fedorova T., Petrovskaya O., Katolikov V.
Runoff Predictions in Ungauged Arctic Basins Using Conceptual Models Forced by Reanalysis Data
Ayzel G.
Effect of Bank Deformations on Pollutant Transport in Rivers in Cryolithozone: Laboratory and Mathematical Modeling
Debol’skaya E., Gritsuk I., Debol’skii V., Ionov D., Maslikova O.
Transboundary aspect of assessing the impact of NPPs under construction on aquatic ecosystems: Case study of the Baltiiskaya NPP
Kaplan E., Shvarts A., Luneva E., Makushenko M., Rumynin V.
Scenario Forecasting of Changes in Water Balance Components in the Ob–Irtysh Basin in the Context of Possible Climate Change
Gusev E., Nasonova O., Shurkhno E., Dzhogan L.
Analysis of the Impact of Hydrotechnical Construction on the Amur River near Blagoveshchensk and Heihe Cities Using a Two-Dimensional Hydrodynamic Model
Krylenko I., Belikov V., Fingert E., Golovlyov P., Glotko A., Zavadskii A., Samokhin M., Borovkov S.
The Rate of Oxygen Release from Freshwater Bodies
Edel’shtein K., Puklakov V., Datsenko Y., Erina O., Sokolov D.
Evaluating BOD and the coefficient of oxidation rate: Monitoring, direct and inverse problems, formulas, calculations and tables
Gotovtsev A.
Features of the Balance Structure Formation of Groundwater Withdrawal and Its Effect on River Flow at a Subsoil Water Level Drawdown
Grinevskii S., Sporyshev V.
1 - 25 de 32 resultados 1 2 > >> 
Dicas:
  • Palavras-chave são sensíveis a maiúsculas
  • Preposições e conjunções ingleses são ignoradas
  • Busca é feita por todos os palavras-chave (agente AND experimentador) por omissão
  • Use OR para pesquisar um termo exato, ex.: educação OR formação
  • Use parênteses para criar frases complexas, ex.: arquivo de ((revistas OR conferências) NOT teses)
  • Para pesquisar uma frase precisa use aspas duplas, ex.: "investigações científicas"
  • Exclua uma palavra utilizando o sinal - (hífen) ou operador NOT; ex.: concurso-de beleza ou concurso NOT de beleza
  • Use * como caractere-coringa, ex.: científic* recuperará as palavras "científico", "científicos", etc.