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Below are listed some random articles of the glossary.
Aerodynamics, from Ancient Greek: aero (air), is the study of the motion of air, particularly when affected by a solid object, such as an airplane wing.
Deutsch: Gleichung / Español: Ecuación / Português: Equação / Français: Équation / Italiano: Equazione
Equation in the space industry context refers to mathematical expressions that are crucial for designing, analyzing, and operating space missions. These equations can describe a wide range of physical principles, from the basics of motion under the influence of gravitational forces to complex calculations for orbital dynamics, propulsion, and spacecraft systems' behavior. Equations are foundational tools in aerospace engineering and astrophysics, enabling the precise planning of trajectories, the design of spacecraft components, and the prediction of celestial phenomena.
"Telematic" in the space industry context typically refers to the integrated use of telecommunications and informatics for transmitting information to and from spacecraft. This includes the technologies and processes involved in sending commands to space vehicles, receiving data from them, and processing that data for further analysis and action. Telematics encompasses the hardware and software systems used for communication between space vehicles and ground control, as well as between spacecraft themselves. It's crucial for monitoring spacecraft health, position, and performance, conducting scientific experiments remotely, and managing satellite constellations for various applications like Earth observation, navigation, and communication.
Deutsch: Kraftstoffeffizient / Español: Eficiencia de combustible / Português: Eficiência de combustível / Français: Efficacité énergétique / Italiano: Efficienza del carburante
Fuel-efficient in the space industry context refers to the design and operation of spacecraft, rockets, and propulsion systems that make optimal use of fuel to achieve their mission objectives, thereby reducing the amount of fuel required for launch, maneuvering, and sustaining operations in space. This concept is crucial not only for minimizing operational costs but also for maximizing the payload capacity and extending the mission duration of spacecraft. Fuel efficiency is achieved through advanced propulsion technologies, careful mission planning, and innovative spacecraft designs that reduce weight and drag.
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