A Glossary of the Space Industry, Rockets, Satellites, and Outer Space
A wafer is a crisp, often sweet, very thin, flat, light and dry biscuit, often used to decorate ice cream, and also used as a garnish on some sweet dishes. In the context of aerospace a wafer is a thin slice of semiconductor material, such as silicon, used in the production of integrated circuits and other electronic devices.
Deutsch: Wasserrückgewinnungssystem / Español: Sistema de recuperación de agua / Português: Sistema de recuperação de água / Français: Système de récupération d'eau / Italiano: Sistema di recupero dell'acqua
Water recovery system in the Space industry refers to a technology or set of processes designed to reclaim and recycle water from various sources, such as wastewater, Humidity, and urine, to ensure a sustainable supply for astronauts during space missions. These systems are vital for reducing the dependency on water resupply from Earth, especially for long-duration missions.
A wave is a propagating dynamic disturbance (change from Equilibrium) of one or more quantities. Waves can be periodic, in which case those quantities oscillate repeatedly about an equilibrium (resting) value at some frequency.
Wealth in the space industry context refers to the economic value and potential financial gains associated with activities related to space exploration, utilization, and commercialization. It encompasses the generation of income, profits, and economic prosperity through various space-related endeavors. Wealth in the space industry is derived from a range of activities, including satellite services, space tourism, resource extraction from celestial bodies, and the growth of commercial space markets. In this article, we will explore the significance of wealth in the space industry, provide examples of its creation, and discuss similar concepts related to the economic aspects of space exploration and commerce.
Deutsch: Weltraumwetter / Español: Clima espacial / Português: Clima espacial / Français: Météo spatiale / Italiano: Meteo spaziale /
In the aerospace context, weather refers to the atmospheric conditions that exist at a particular place and time, including temperature, humidity, wind, precipitation, and other meteorological factors. Weather can have a significant impact on the operation and safety of aircraft, as well as on the planning and execution of aerospace missions.
Deutsch: Wettervorhersage / Español: Pronóstico del Tiempo / Português: Previsão do Tempo / Français: Prévision Météorologique / Italiano: Previsioni del Tempo
Weather Forecasting in the Space industry context refers to the prediction and analysis of space weather, which includes the conditions in space that can affect Earth and human activities in space. Space weather primarily involves monitoring solar activity, such as solar flares, coronal mass ejections (CMEs), solar wind, and geomagnetic storms, as these phenomena can impact satellite operations, communications, navigation systems, power grids, and the safety of astronauts.
The term Webb in the Space industry context refers to the James Webb Space Telescope (JWST), a revolutionary astronomical observatory scheduled to launch into space. This article delves into the significance of Webb, explores its numerous applications, evaluates associated risks, offers insights into its history and legal framework, and concludes by mentioning related projects that share the same goals and aspirations in the realm of space exploration.
Deutsch: Gewicht / Español: Peso / Português: Peso / Français: Poids / Italiano: Peso /
In science and engineering, the weight of an object is the force acting on the object due to gravity.
Deutsch: Gewicht und Leistung / Español: Peso y Potencia / Português: Peso e Potência / Français: Poids et Puissance / Italiano: Peso e Potenza
Weight and Power in the Space industry refer to two Critical factors that significantly impact the design, Performance, and overall success of spacecraft, satellites, Launch vehicles, and other space systems. Weight refers to the mass of a spacecraft and its components, while power refers to the energy required to operate all onboard systems, including Propulsion, Communication, instrumentation, and life Support. Managing weight and power effectively is crucial because they directly influence the cost, feasibility, and operational capabilities of space missions.
In the aerospace context, weightlessness, also known as microgravity, refers to the state of near-zero gravity experienced in space, where the gravitational force is much weaker than on the surface of the Earth.
A wind shear is a quick change in wind speed or direction.
Deutsch: Windkanaltests / Español: Pruebas en túnel de viento / Português: Testes em túnel de vento / Français: Essais en soufflerie / Italiano: Test in galleria del vento
Wind tunnel testing in the Space industry context involves using wind tunnels to simulate the atmospheric conditions that spacecraft, rockets, and satellite components Experience during Launch and atmospheric re-entry. These tests allow engineers to study aerodynamic forces, Heat transfer, and material behavior under conditions of high speed and varying atmospheric Pressure. By accurately replicating the flow of air and other gases around a spacecraft or its components, wind tunnel testing provides Critical data for optimizing design, improving safety and Performance, and predicting how vehicles will behave when they are actually launched into space or return to Earth.
Deutsch: Flügel / Español: Ala / Português: Asa / Français: Aile / Italiano: Ala /
A wing is a structure that is attached to an aircraft or spacecraft and is used to generate lift. Wings are typically mounted on the top and bottom of an aircraft's fuselage, and they are shaped and angled in a specific way in order to create lift when the aircraft is in motion. The lift generated by the wings allows an aircraft to become airborne and to stay aloft, and it also enables the aircraft to ascend, descend, and turn in the air.
Deutsch: Flügelspitze / Español: Punta de ala / Português: Ponta da asa / Français: Extrémité d'aile / Italiano: Estremità dell'ala
Wingtip in the Space industry context refers to the outermost part of an aircraft's or spacecraft's wing. This Component is crucial in aerodynamics and can significantly impact the vehicle's performance, Fuel efficiency, and stability during Flight. Wingtip designs often include various features such as winglets, which are used to improve aerodynamic efficiency by reducing drag.
In the space industry context, a "worker" refers to any individual engaged in activities related to space exploration, Research, technology Development, Manufacturing, operations, and maintenance. This encompasses a wide range of roles, including but not limited to, engineers, scientists, astronauts, technicians, and administrative personnel who contribute to the Advancement of space missions and technologies. Workers in the space industry are crucial for pushing the boundaries of human knowledge and capabilities in space, developing innovative technologies, and ensuring the successful execution of space missions.
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