Keywords: بادبان خورشیدی; Solar sail; Refractive sail; Photonic propulsion; Radiation pressure; Attitude control; Refractive collector;
مقالات ISI بادبان خورشیدی (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: بادبان خورشیدی; Displaced geostationary orbits; Orbit optimization; Hybrid propulsion; Solar sail;
Keywords: بادبان خورشیدی; Automatic trajectory design; Solar sail; Tree-search algorithm; Multiphase trajectory optimisation; Gossamer; Near-earth asteroids; Multiple rendezvous;
Keywords: بادبان خورشیدی; Solar sail; Formation flying; Magnetosphere mission; Heliophysics;
Keywords: بادبان خورشیدی; Hybrid propulsion system; Three-dimensional rendezvous problem; Solar sail;
Keywords: بادبان خورشیدی; Condition number; Least-squares method; Solar sail; Spinning; Velocity determination;
Keywords: بادبان خورشیدی; Solar sail; Optical force model; Optimal control law;
Keywords: بادبان خورشیدی; Deployment; Dynamics; Solar sail; Spinning; Stability;
Keywords: بادبان خورشیدی; Solar sail; Light pressure; Optically orthotropic surface; Wrinkles;
Keywords: بادبان خورشیدی; Solar sail; Takagi-sugeno fuzzy model; Twin Parallel Distributed Compensation; Linear matrix inequalities;
Keywords: بادبان خورشیدی; Solar sail; Restricted three-body problem; Albedo; Lambertian; Region of influence;
Keywords: بادبان خورشیدی; Near-light-speed particle propulsion; Monte Carlo simulation; Solar sail; Stimulated acceleration of nuclear decay;
Keywords: بادبان خورشیدی; Solar sail; Asteroid rotation; Tethered system; Optimal control; Gauss pseudospectral method;
Keywords: بادبان خورشیدی; Solar sail; Coupled attitude-orbit dynamics; Reflectivity control devices; Gradient projection method;
Keywords: بادبان خورشیدی; Solar sail; Asteroid; Tethered system; Legendre pseudospectral method; Optimal control
Keywords: بادبان خورشیدی; Solar sail; Attitude control; Developable surface; Incident radiation direction; Membrane billow;
Keywords: بادبان خورشیدی; Solar sail; Solar radiation pressure; Attitude dynamics; Design and deployment;
Keywords: بادبان خورشیدی; Hybrid propulsion system; Solar electric propulsion; Solar sail; Interplanetary trajectory design; Optimization
Keywords: بادبان خورشیدی; Solar sail; Flexibility; Formation flying; Coupling dynamics; Reflectivity control device
Keywords: بادبان خورشیدی; Solar sail; Formation flying; Magnetosphere mission
Keywords: بادبان خورشیدی; Solar sail; Dark matter; Pioneer Anomaly; WIMPS
Keywords: بادبان خورشیدی; Structural design; Deployable structures; Membrane; Solar sail; Storage;
Keywords: بادبان خورشیدی; Solar sail; Passive stability; Axisymmetric;
Keywords: بادبان خورشیدی; Solar sail; Displaced orbit; Spin-stabilized; Coupled;
Keywords: بادبان خورشیدی; Near Earth asteroids; Fast rendezvous mission; Solar sail; Hyperbolic excess velocity
Keywords: بادبان خورشیدی; Solar sail; Dynamics; Geometric nonlinearity; Newmark-β; Newton-iterative;
Comparison of Solar Sail Spacecraft Flight and Low Thrust Spacecraft Flight to Potentially Hazardous Asteroid Orbit
Keywords: بادبان خورشیدی; spacecraft; low thrust engine; propulsion system; solar sail; near-Earth object; near-Earth asteroid; motion simulation;
Drift-free solar sail formations in elliptical Sun-synchronous orbits
Keywords: بادبان خورشیدی; Solar sail; Formation flying; Magnetosphere mission;
A star-photon sailcraft mission in the Alpha Centauri system
Keywords: بادبان خورشیدی; Elliptical three body problem; Alpha Centauri system exploration; Solar sail;
Space exploration with a solar sail coated by materials that undergo thermal desorption
Keywords: بادبان خورشیدی; Solar sail; Thermal desorption; Space exploration
Dynamic modeling and analysis of a flexible sailcraft
Keywords: بادبان خورشیدی; Solar sail; Geometric nonlinearity; Orbit dynamics; Attitude dynamics; Vibration;
Achievement of IKAROS — Japanese deep space solar sail demonstration mission
Keywords: بادبان خورشیدی; Solar sail; Technology demonstration; Deep space exploration
Optimal solar sail transfer to linear trajectories
Keywords: بادبان خورشیدی; Rectilinear orbits; Solar sail
Effect of a drag force due to absorption of solar radiation on solar sail orbital dynamics
Keywords: بادبان خورشیدی; Solar sail; Poynting–Robertson effect; Optical model of solar sail; Orbital trajectories
Reflectivity-controlled solar sail formation flying for magnetosphere mission
Keywords: بادبان خورشیدی; Solar sail; Reflectivity modulation control; Magnetosphere mission; Formation flying
Solar sail elastic displacement effects on interplanetary trajectories
Keywords: بادبان خورشیدی; Solar sail; Interplanetary trajectories; Elastic displacement effects; Incomplete deployment
Can solar sails be used to test fundamental physics?
Keywords: بادبان خورشیدی; General relativity; Solar sail; Lense–Thirring effect; Non-Keplerian orbits; Keplerian orbits; Charge of the sun
NanoSail-D: A solar sail demonstration mission
Keywords: بادبان خورشیدی; Solar sail; NanoSail-D; Cubesat
The Solar Sail Materials (SSM) project – Status of activities
Keywords: بادبان خورشیدی; Solar sail; Film materials; SSIF; FEM correlations; Folding concept; SSM project
Time step size and model stiffness in the simulated slew of a tow of square sails
Keywords: بادبان خورشیدی; Solar sail; Space tow; Transient analysis; Wilson theta; Implicit-iterative time integration; Damping model;
Deflecting APOPHIS with a flotilla of solar shields
Keywords: بادبان خورشیدی; Yarkovsky Effect; APOPHIS; Keyhole; Deflection; Solar sail; Formation flying;
Status of solar sail technology within NASA
Keywords: بادبان خورشیدی; Solar sail; NanoSail-D; In-Space Propulsion
Flight status of IKAROS deep space solar sail demonstrator
Keywords: بادبان خورشیدی; Solar sail; Interplanetary mission; Technology demonstration
Systems design of a hybrid sail pole-sitter
Keywords: بادبان خورشیدی; Hybrid propulsion; Systems design; Pole-sitter; Solar sail; Solar electric propulsion
Ultralight deployable booms for solar sails and other large gossamer structures in space
Keywords: بادبان خورشیدی; Ultralight; Deployable; Space structures; Gossamer; Solar sail
Cubesat solar sail 3-axis stabilization using panel translation and magnetic torquing
Keywords: بادبان خورشیدی; Cubesat; Solar sail; Attitude control; Attitude estimation; Magnetic torquing
The possibilities of polar meteorology, environmental remote sensing, communications and space weather applications from Artificial Lagrange Orbit
Keywords: بادبان خورشیدی; Artificial Lagrange Orbit; Solar sail; Remote sensing; Space weather; Polar meteorology; Satellite composite
Solar sail transfer trajectory from L1 point to sub-L1 point
Keywords: بادبان خورشیدی; Solar sail; Libration point; Artificial Lagrange point; Transfer trajectory
Mission analysis and performance comparison for an Advanced Solar Photon Thruster
Keywords: بادبان خورشیدی; Solar sail; Solar Photon Thruster; Compound solar sail; Inflatable structure; Gossamer spacecraft;
A scalable bus-based attitude control system for Solar Sails
Keywords: بادبان خورشیدی; Solar sail; Attitude control; Interstellar heliopause probe; Scalable; Cubesail; Geosail