Keywords: قدرت موج; Wave power; Linear switched reluctance generator; Finite element method;
مقالات ISI قدرت موج (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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.
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: قدرت موج; Wind wave model; Taiwan waters; Wave hindcast; Wave power; Wave energy output;
Keywords: قدرت موج; Point absorbing WEC; Latching; Constant damping PTO force control; Capacity utilisation factor; Wave power;
Keywords: قدرت موج; Wave power; Desalination; Wave energy converter; Reverse osmosis; Freshwater; Water scarcity;
Keywords: قدرت موج; Wave climate; Wave modelling; Wave power; Baltic Sea; MIKE 21 NSW;
Keywords: قدرت موج; Wave power; Wave energy converters; Sliding mode control; Real-time control; DFIG (doubly-fed induction generator);
Keywords: قدرت موج; Wave power; Wave energy converters; Mediterranean sea; Power production; Capacity factor; Scaling;
Keywords: قدرت موج; Great Lakes; Lake Michigan; Marine renewable energy; Wave power; Energy resource characterization;
Keywords: قدرت موج; Galway Bay Test Site (GBTS); Atlantic Marine Energy Test Site (AMETS); Wave resource characterisation; Wave power; Site scaling methodology; Froude scaling; Scale ratios;
Keywords: قدرت موج; Environmental impact; Marine management; Marine spatial planning; Ocean energy; OTEC; Tidal power; Wave power;
Keywords: قدرت موج; Renewable energy resources; marine energy variability; wind power; wave power; Norway; North Sea; Norwegian Sea; NORA10;
Keywords: قدرت موج; North Atlantic Oscillation (NAO); Renewable; Variability; Onshore wind; Offshore wind; Wave power;
Keywords: قدرت موج; Renewable energy; Red Sea; Wind waves; Wave power; Ocean energy; Inter-annual variability;
Keywords: قدرت موج; Wave energy; Numerical wave modelling; Wave power; Extreme value analysis;
Keywords: قدرت موج; Wave power; CFD; Peak force; Extreme wave; Physical experiment;
Keywords: قدرت موج; Aegean Sea; Numerical wave model; Wave climate; Wave power; Energy economics;
Keywords: قدرت موج; Wave climate; Black Sea; Numerical modeling; Wave power; Wave spectra; Spatiotemporal variability;
Keywords: قدرت موج; Offshore wind power; Wave power; Predictability;
Keywords: قدرت موج; Wave power; Chile; Non conventional renewable energies; Marine resource assessment; Numerical modeling; Swell generating regions;
Keywords: قدرت موج; Wave energy; Wave power; SWAN; Seasonality; OHI;
Keywords: قدرت موج; Artificial reefs; Colonization; Epibenthos; Renewable energy; Wave power; Sweden;
Keywords: قدرت موج; Wave power; Seasonal and monthly distributions; Exploitable wave energy; Variability index; SWAN;
Keywords: قدرت موج; Wave climate; 3rd generation spectral model; High resolution; Wave power;
Keywords: قدرت موج; Wave power; Exploitable wave energy; Seasonal and monthly distributions; Monthly variability index;
Keywords: قدرت موج; Wave power; Wave energy resource mapping; Indian coast; Wave energy converters;
Keywords: قدرت موج; Wave-current interactions; Resource assessment; Wave power; Pentland Firth; Bristol Channel;
Keywords: قدرت موج; Wave power; Oscillating water column; Stochastic optimization; Intra-annual and interannual variability; Non-stationary distribution functions;
Keywords: قدرت موج; Southeast Australian shelf; Wave energy resource; Wave power; Wave hindcast; Electrical power output;
Keywords: قدرت موج; Wave power; Mechatronic design; Control; Power Take-Off; Testing facility;
Keywords: قدرت موج; China Sea; Wave power; Significant wave height; Long term trend; Regional difference; seasonal difference; Dominant season;
Keywords: قدرت موج; Ocean energy; Inter-annual variability; Arabian sea; Bay of Bengal; Wave height; Wave power;
Keywords: قدرت موج; Wave climate; Wave energy; Wave power; East China Sea; Wave energy converter;
Keywords: قدرت موج; Wave modeling; Wave hindcast; Wave power; Wave energy; Caribbean Sea; Caribbean Low-Level Jet;
Keywords: قدرت موج; Marine renewable energy; Wave power; Uncertainty; SWAN; TOMAWAC; Western Europe;
Keywords: قدرت موج; Wave energy; Wave power; Inter-annual variability; Wave climate; Climate indices;
Keywords: قدرت موج; Renewable energy; Solar; Wind power; Wave power; Hydroelectricity; Levelised cost of electricity;
Keywords: قدرت موج; Wave power; European continental coasts; Wave energy converters; Power matrix; Efficiency indicators;
Keywords: قدرت موج; Wave energy harvester; Wave power; Short-term statistics; Long-term statistics; Wave direction;
Keywords: قدرت موج; South China Sea; WAVEWATCH-IIIâ¢; Wave power; Seasonality; WEC;
Keywords: قدرت موج; Wave climate; Wave power; Cluster analysis; Sub-tropical ridge; Southeast Australia; Tasman Sea;
Keywords: قدرت موج; Wave modelling; Spectral wave model; Orkney and Pentland waters; Hindcasting; Wave power; Wave parameters;
Keywords: قدرت موج; Wave energy; Wave power; Wind energy; Offshore wind; Fuerteventura; Canary Islands
Keywords: قدرت موج; Wave power; Wave energy converters; Blow-Jet; Electrolyser; Hydrogen production; Energy storage systems
Keywords: قدرت موج; Wave power; Tidal power; Employment creation;
Keywords: قدرت موج; Perturbation; Wave power; Weibull probability distribution; Significant wave height; Wave period
Keywords: قدرت موج; Near-shore wave resource; Directional Wave Recorder; Significant wave height; Wave power;
Keywords: قدرت موج; Wave energy; Wave power; Forecasting; Menorca Island; Balearic Islands; Wave energy converter;
Keywords: قدرت موج; Wave power; Wave energy converter; Italy; Power matrix; Scaling; Capacity factor;
Keywords: قدرت موج; Wave power; Flow characteristics; Direct drive turbine; Primary energy conversion; Turbine power;
Keywords: قدرت موج; Wave energy conversion; Model predictive control; Point absorber; Wave power; Linear generator;