Keywords: ارتفاع سنج ماهواره ای; Tidal mixing fronts; Satellite altimetry; 20-Hz along-track SSHA; Hilbert-Huang Transform;
مقالات ISI ارتفاع سنج ماهواره ای (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: ارتفاع سنج ماهواره ای; Satellite altimetry; Sea state bias; Sea level; Retracking;
Keywords: ارتفاع سنج ماهواره ای; Laser altimeter; Radiative transfer; Satellite altimetry; Subsurface scattering;
Keywords: ارتفاع سنج ماهواره ای; Llanos de Moxos; Satellite altimetry; Hydrology; Flood dynamics;
Keywords: ارتفاع سنج ماهواره ای; Tides; Downscaling; 3D coastal modelling; Boundary conditions; Satellite altimetry; Bay of Biscay;
Keywords: ارتفاع سنج ماهواره ای; Algerian Basin; Glider observations; SARAL-AltiKa along track data; Satellite altimetry; CMEMS models;
Keywords: ارتفاع سنج ماهواره ای; Hydrologic processes; Hydrodynamic processes; Satellite altimetry; Lake Mirim; MBG-IPH; IPH-ECO;
Keywords: ارتفاع سنج ماهواره ای; Sea level; Satellite altimetry; Climate change; Sea level budget;
Keywords: ارتفاع سنج ماهواره ای; Sea level rise; Climate change; Vertical land motion; Satellite altimetry; Global Positioning Systems; Tide-gauge; China Seas;
Keywords: ارتفاع سنج ماهواره ای; Satellite altimetry; LIDAR; Geodesy; Inland waters; Calibration and validation;
Keywords: ارتفاع سنج ماهواره ای; Satellite altimetry; Peru-Chile upwelling system; Coastal surface winds; Wind drop-off;
Keywords: ارتفاع سنج ماهواره ای; Volta basin; Rainfall; Satellite altimetry; Freshwater; Lake Volta; Climate variability;
Keywords: ارتفاع سنج ماهواره ای; Satellite altimetry; Waveform retracking; Vertical deflection; Gravity anomaly;
Keywords: ارتفاع سنج ماهواره ای; Daily river discharge; Kalman filter; Niger basin; Satellite altimetry; ENVISAT; SARAL/AltiKa; Jason-2;
Keywords: ارتفاع سنج ماهواره ای; Satellite altimetry; Sea level anomaly; Mean dynamic topography; Kinetic energy; Mediterranean Sea; Western Alboran Gyre;
Keywords: ارتفاع سنج ماهواره ای; Atoll depth; Gravity; Satellite altimetry; Satellite imagery; South China Sea;
Keywords: ارتفاع سنج ماهواره ای; GRACE; PCA; TRMM; GLDAS; Satellite altimetry; Multiple linear regression analysis
Keywords: ارتفاع سنج ماهواره ای; Mountain glaciers; Mass balance; Satellite altimetry; Qinghai-Tibet Plateau
Keywords: ارتفاع سنج ماهواره ای; Mediterranean Sea; Sea level; Satellite altimetry; Tide gauges;
Keywords: ارتفاع سنج ماهواره ای; Vertical land motion; Satellite altimetry; Tide gauge; GPS; Gulf of Mexico
Keywords: ارتفاع سنج ماهواره ای; Satellite altimetry; Satellite imagery; GRACE; Lake desiccation;
Keywords: ارتفاع سنج ماهواره ای; River flow characteristics; Satellite altimetry; River water level retrieval; Braided river; Waveform retracking;
Keywords: ارتفاع سنج ماهواره ای; Mesoscale eddies; Large-scale circulation; Seasonal and interannual variability; Black Sea; Satellite altimetry; Rim current; Energy cascade; Eddy formation; Baroclinic instability;
Keywords: ارتفاع سنج ماهواره ای; Lofoten Basin; Lofoten vortex; Norwegian Sea; Norwegian; Atlantic Current; Eddies; Eddy variability; Kinematic properties of eddies; Ocean modeling; MITgcm; ECCO2; Satellite altimetry; Lagrangian drifters
Keywords: ارتفاع سنج ماهواره ای; Eddies and mesoscale processes; Gulf of Mexico; Loop Current; Satellite altimetry; Ocean modeling; Ocean front detection;
Keywords: ارتفاع سنج ماهواره ای; Bering Sea; Slope currents; Satellite altimetry; Surface topography;
Keywords: ارتفاع سنج ماهواره ای; regional variations; satellite altimetry; sea level; temporal variations; tide gauges; The Pearl River Delta
Keywords: ارتفاع سنج ماهواره ای; satellite altimetry; tsunami; sea level anomaly; DART; earthquake
Keywords: ارتفاع سنج ماهواره ای; Water discharge; Satellite gravimetry; Satellite altimetry; WGHM; GLDAS; East Africa Rift Valley
Keywords: ارتفاع سنج ماهواره ای; Satellite altimetry; Significant wave height; Coastal area; Arabian Sea; Bay of Bengal
Keywords: ارتفاع سنج ماهواره ای; Lagrangian; Satellite altimetry; Mean dynamic topography; Coastal dynamics
Keywords: ارتفاع سنج ماهواره ای; Tibetan Plateau; Lake; Water level; Satellite altimetry; ICESat; GRACE
Keywords: ارتفاع سنج ماهواره ای; Open boundary conditions; Data assimilation; Tidal model; Satellite altimetry; Inverse problem
Keywords: ارتفاع سنج ماهواره ای; support vector machine; gene expression programming; Caspian Sea level; satellite altimetry;
Keywords: ارتفاع سنج ماهواره ای; Air-sea gas transfer; Satellite altimetry; DMS;
Keywords: ارتفاع سنج ماهواره ای; Satellite altimetry; Geoid; Residual geoid; Indian Ocean
Keywords: ارتفاع سنج ماهواره ای; Barents Sea; Sea level variability; Satellite altimetry; GRACE; ECCO2; Arctic seas;
Keywords: ارتفاع سنج ماهواره ای; satellite sensing; satellite altimetry; Baltic Sea; sea level;
Keywords: ارتفاع سنج ماهواره ای; Sea level change; Black sea; Satellite altimetry; Tide gauge; GPS
Evaluation of multi-mode CryoSat-2 altimetry data over the Po River against in situ data and a hydrodynamic model
Keywords: ارتفاع سنج ماهواره ای; CryoSat-2; Rivers; Satellite altimetry; River channel roughness; Calibration; Validation;
CryoSat ocean product quality status and future evolution
Keywords: ارتفاع سنج ماهواره ای; CryoSat; Satellite altimetry; Ocean; Quality assessment; Long-term stability; Ocean product evolution; Climate;
ALES+: Adapting a homogenous ocean retracker for satellite altimetry to sea ice leads, coastal and inland waters
Keywords: ارتفاع سنج ماهواره ای; Satellite altimetry; Retracking; Subwaveform retracker; Validation; Tide gauge; Leads; Arctic Ocean; ALES;
Analysis and retrieval of tropospheric corrections for CryoSat-2 over inland waters
Keywords: ارتفاع سنج ماهواره ای; Satellite altimetry; CryoSat-2; Inland waters; Tropospheric corrections; Dry tropospheric correction; Wet tropospheric correction;
Arctide2017, a high-resolution regional tidal model in the Arctic Ocean
Keywords: ارتفاع سنج ماهواره ای; Tide modelling; Arctic Ocean; Satellite altimetry; Data assimilation; CryoSat-2 mission;
An estimation of tropospheric corrections using GPS and synoptic data: Improving Urmia Lake water level time series from Jason-2 and SARAL/AltiKa satellite altimetry
Keywords: ارتفاع سنج ماهواره ای; Satellite altimetry; Inland water; Tropospheric correction; PISTACH; PEACHI;
A data assimilation system combining CryoSat-2 data and hydrodynamic river models
Keywords: ارتفاع سنج ماهواره ای; CryoSat-2; Data assimilation; Hydrodynamic models; Satellite altimetry; Rivers;
Variability of the Kuroshio extension system in 1992-2013 from satellite altimetry data
Keywords: ارتفاع سنج ماهواره ای; Kuroshio extension; Satellite altimetry; Eddy kinetic energy; Southern recirculation gyre; Quasi-decadal oscillation;
Evaluation of new CryoSat-2 products over the ocean
Keywords: ارتفاع سنج ماهواره ای; CryoSat-2; Jason-2; Satellite altimetry; Validation; Sea surface height anomaly; Significant wave height; Wind speed;
Vertical land motion along the Black Sea coast from satellite altimetry, tide gauges and GPS
Keywords: ارتفاع سنج ماهواره ای; Black Sea; GPS; Satellite altimetry; Tide gauge; Vertical land motion;
Satellite radar altimetry water elevations performance over a 200Â m wide river: Evaluation over the Garonne River
Keywords: ارتفاع سنج ماهواره ای; Satellite altimetry; Garonne River; DIODE/DEM mode; ENVISAT; Jason-2; SARAL;