A Glossary of the Space Industry, Rockets, Satellites, and Outer Space
Glossary S +++ Popular Articles: 'Space industry', 'Space-grade', 'S-band'
Deutsch: Heftklammer im Kontext der Raumfahrtindustrie / Español: Grapa en el contexto de la industria espacial / Português: Grampo no contexto da indústria espacial / Français: Agrafe dans le contexte de l'industrie spatiale / Italiano: Graffetta nel contesto dell'industria spaziale
Staple in the Space industry context refers to essential or fundamental components, technologies, or materials that are crucial for the development, construction, and operation of Spacecraft, satellites, and related Infrastructure. These "staples" are the building blocks that ensure the functionality and success of space missions.
Deutsch: Sternenstaub / Español: Polvo estelar / Português: Poeira estelar / Français: Poussière d'étoiles / Italiano: Polvere di stelle
Stardust in the Space industry context primarily refers to NASA’s Stardust mission, which was launched in 1999 to collect samples from a comet and return them to Earth. It was a pioneering mission focused on the study of cometary and interstellar dust particles, which hold important clues about the early solar System. The Stardust mission was the first successful mission to return extraterrestrial material from beyond the Moon to Earth, marking a significant milestone in Space Exploration.
In the ever-evolving landscape of the Space industry, one name has been making waves: Starlink. Starlink is a satellite internet constellation project developed by SpaceX, the private Aerospace Manufacturer and space Transportation company founded by Elon Musk. This article delves into the significance of Starlink in the context of the space industry, exploring its examples, risks, application areas, historical background, legal considerations, and various grammatical forms.
In the aerospace context, a starship is a type of spacecraft designed for interstellar travel. Unlike other spacecraft, which are designed for short-term missions within our solar system, starships are intended to travel to other stars and potentially even other galaxies.
State-of-the-art refers to the most advanced or cutting-edge level of development in a particular field or technology. It can be used to describe the current level of knowledge, techniques, or equipment that are considered to be the best available.
Steel is a type of metal that is widely used in the aerospace industry due to its strength, durability, and ability to withstand high temperatures.
Deutsch: Stellare Astronomie / Español: Astronomía estelar / Português: Astronomia estelar / Français: Astronomie stellaire / Italiano: Astronomia stellare
Stellar astronomy in the space industry refers to the branch of astronomy focused on the study of stars—their formation, evolution, structure, and death. Within the space industry, stellar astronomy drives the design, development, and deployment of advanced space-based telescopes and observation missions. It also supports the technological advancements required to study stars in different wavelengths and at vast distances, contributing to both scientific knowledge and technological innovation.
Deutsch: Sterilisation / Español: Esterilización / Português: Esterilização / Français: Stérilisation / Italiano: Sterilizzazione
Sterilization in the Space industry refers to the process of eliminating all microbial life, including bacteria, viruses, and spores, from spacecraft, equipment, or instruments to prevent biological Contamination of extraterrestrial environments and ensure the integrity of scientific research. It is a Critical measure in planetary protection protocols to avoid introducing Earth-based organisms to other planets, moons, or Celestial bodies.
Deutsch: Steifigkeit / Español: Rigidez / Português: Rigidez / Français: Rigidité / Italiano: Rigidità /
Stiffness is a property that describes the resistance of a material or structure to deformation when subjected to an external force. In aerospace engineering, stiffness plays a crucial role in the design and performance of aircraft and spacecraft structures. A high stiffness-to-weight ratio is often desired to achieve lightweight structures with high strength and durability.
Deutsch: Sturm / Español: Tormenta / Português: Tempestade / Français: Tempête / Italiano: Tempesta
Storm in the Space industry context often refers to significant atmospheric disturbances that can occur on various planets, including Earth. These disturbances can include anything from solar storms, involving emissions and activities of the sun that affect space weather, to more planetary-specific phenomena like dust storms on Mars or the massive storm systems observed on gas giants like Jupiter.
In the aerospace context, strain is a fundamental concept that plays a crucial role in designing and ensuring the structural integrity of aircraft, spacecraft, and related components. It refers to the deformation experienced by a material when subjected to external forces or loads. Understanding strain is essential for engineers and designers as it directly impacts the safety and performance of aerospace systems.
Deutsch: Raumfahrtstrategie / Español: Estrategia espacial / Português: Estratégia espacial / Français: Stratégie spatiale / Italiano: Strategia spaziale /
Strategy refers to the long-term plan or course of action that a company or organization follows to achieve its goals and objectives. In the context of the aerospace industry, strategies may be developed at the corporate level to guide the overall direction and growth of a company, or they may be developed at the business unit level to guide the activities of a specific product line or market segment.
The stratosphere is the second layer of the atmosphere of the Earth, located above the troposphere and below the mesosphere.
Deutsch: Stromlinie / Español: Línea de corriente / Português: Linha de corrente / Français: Ligne de courant / Italiano: Linea di corrente
Streamline in the Space industry refers to the flow path of a fluid, such as air or gas, that moves smoothly around an object, typically a Spacecraft or its components. Streamlining is essential for reducing drag, improving aerodynamics, and ensuring the stability and efficiency of vehicles during Launch, re-entry, or when operating within a planetary atmosphere.
Deutsch: Stromlinienförmigkeit / Español: Aerodinamización / Português: Aerodinamização / Français: Optimisation de l’aérodynamisme / Italiano: Ottimizzazione aerodinamica
Streamlining in the Space industry context refers to the design and engineering process aimed at reducing air resistance and minimizing the drag Force acting on objects moving through the Atmosphere, such as rockets, Spacecraft, and satellites. This practice is crucial for enhancing the efficiency of space vehicles, improving Fuel economy, and increasing overall Performance during launch and atmospheric entry phases.
Deutsch: Strukturelles Design / Español: Diseño Estructural / Português: Design Estrutural / Français: Conception Structurelle / Italiano: Progettazione Strutturale
Structural Design in the Space industry refers to the Engineering and design process that ensures spacecraft, satellites, launch vehicles, and Space Infrastructure can withstand the mechanical stresses and environmental conditions encountered during launch, space travel, and operation. This involves designing the physical framework and load-bearing components of space systems to achieve optimal strength, stability, and Performance while minimizing weight and maximizing reliability.
SIP stands for Structural Insulated Panel. It is a type of building material used in the construction of aircraft and other aerospace structures. SIPs are made up of two layers of insulation material sandwiching a structural layer, such as wood or metal. They are used to provide structural Support and insulation in the construction of aircraft and other aerospace structures, such as hangars, terminals, and other facilities.
Deutsch: Strukturelle Integrität / Español: Integridad estructural / Português: Integridade estrutural / Français: Intégrité structurelle / Italiano: Integrità strutturale
Structural Integrity in the Space industry context refers to the strength and durability of spacecraft, satellites, space stations, and other space structures to withstand the forces and conditions they encounter during launch, in Orbit, and during re-entry (if applicable), without experiencing failure or significant degradation. This includes the ability to endure the mechanical stresses of launch, the vacuum and temperature extremes of space, Micrometeoroid impacts, and the Radiation Environment, all while maintaining functionality and safety.
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