Glossary R

Deutsch: Fernerkundung / Español: Teledetección / Português: Sensoriamento remoto / Français: Télédétection / Italiano: Telerilevamento

Remote sensing in the space industry context refers to the process of collecting data about Earth's surface, atmosphere, or other celestial bodies using satellites, space probes, or airborne sensors. This technology enables the monitoring and analysis of environmental changes, natural disasters, climate patterns, and planetary exploration without direct physical contact. Remote sensing instruments can capture images, thermal signatures, electromagnetic radiation, and other data types to support scientific research, defense, agriculture, and urban planning.

Deutsch: RemoveDEBRIS / Español: RemoveDEBRIS / Português: RemoveDEBRIS / Français: RemoveDEBRIS / Italiano: RemoveDEBRIS

RemoveDEBRIS is a pioneering satellite mission designed to address the growing problem of space debris. Launched as part of the European Union's Seventh Framework Programme for research, this mission aims to demonstrate the feasibility of capturing and deorbiting defunct satellites and other debris in low Earth orbit. The project is a collaborative effort involving several institutions, including the University of Surrey, Airbus, and Surrey Satellite Technology Ltd (SSTL).

Deutsch: Rendering / Español: Renderización / Português: Renderização / Français: Rendu / Italiano: Rendering

Rendering in the Space industry context refers to the process of creating detailed, realistic visual representations of Spacecraft, celestial bodies, space missions, or extraterrestrial environments using Computer graphics. These visualizations are crucial for planning missions, educating the public, simulating various scenarios, and training astronauts and mission control teams. Rendering in space often involves 3D modelling, High-resolution textures, lighting, and sometimes even simulated physics to accurately depict the conditions in space, such as low Gravity, extreme temperatures, or atmospheric effects on other planets.

English: Rendezvous / Deutsch: Treffen / Español: Encuentro / Português: Encontro / Français: Rendez-vous / Italiano: Incontro /

Rendezvous in the space industry context refers to the precise and controlled meeting of two or more spacecraft or space objects in outer space. This maneuver is critical for a variety of space missions, including satellite deployments, crewed spaceflight, space exploration, and space station operations. Rendezvous operations involve complex calculations, precise timing, and careful planning to ensure the safe and successful meeting of spacecraft. In this article, we will delve into the concept of rendezvous in the space industry, explore its significance, and provide examples of missions where rendezvous plays a crucial role.

Deutsch: Berichterstattung / Español: Informes / Português: Relatórios / Français: Rapport / Italiano: Reportistica

Reporting in the space industry refers to the systematic collection, analysis, and communication of data related to space missions, satellite operations, research findings, and compliance with regulatory requirements. It ensures mission transparency, technical accuracy, and operational accountability for space agencies, private companies, and international organisations.

Deutsch: Darstellung / Español: Representación / Português: Representação / Français: Représentation / Italiano: Rappresentazione

Representation in the Space industry context refers to the use of images, models, data visualizations, and symbolic figures to convey complex scientific, technical, or mission-related information to various audiences. Representation can include 3D models of Spacecraft, graphical data from planetary Exploration, maps of orbital paths, or symbolic designs on mission patches. Effective representation in the space industry simplifies complex data, enabling engineers, scientists, policymakers, and the public to understand space missions, technologies, and discoveries.

English: Research / Deutsch: Forschung / Español: Investigación / Português: Pesquisa / Français: Recherche / Italiano: Ricerca /

Research is the process for increasing the stock of knowledge by creative and systematic work.

Deutsch: Forschung und Entwicklung / Español: Investigación y Desarrollo / Português: Pesquisa e Desenvolvimento / Français: Recherche et Développement / Italiano: Ricerca e Sviluppo

Research and Development (R&D) in the Space industry context refers to the systematic activities undertaken to increase the knowledge and understanding of space, its Environment, and technologies, and to use this knowledge to design, develop, and improve spacecraft, satellites, instruments, and related technologies. R&D in the space sector is Critical for pushing the boundaries of what is possible in space exploration, communication, Earth observation, and other applications. It encompasses everything from fundamental scientific research to understand the universe better, to the development of innovative technologies and systems that enable humans to explore, live, and work in space safely and sustainably.

A resin is a type of polymer that is used in the manufacture of composite materials. Composite materials are used in a variety of aerospace applications because they offer a combination of strength, stiffness, and lightweight properties that make them well-suited for use in aircraft and other aerospace structures.

English: Resource / Deutsch: Ressource / Español: Recurso / Português: Recurso / Français: Ressource / Italiano: Risorsa /

In the aerospace context, a resource can refer to any material, tool, or personnel necessary to complete a mission or project related to aviation or space exploration.

Deutsch: Ressourcenallokation / Español: Asignación de Recursos / Português: Alocação de Recursos / Français: Allocation des Ressources / Italiano: Allocazione delle Risorse

Resource allocation in the Space industry refers to the strategic distribution and management of resources such as funding, materials, personnel, and time to optimize the efficiency and success of space missions. It involves prioritizing and deploying these resources to achieve mission objectives while minimizing waste and costs.

Deutsch: Ressourcenbeschränkung / Español: Restricción de recursos / Português: Restrição de recursos / Français: Contrainte de ressources / Italiano: Vincolo di risorse

Resource constraint refers to the limitations on available resources such as funding, materials, personnel, and time, which impact the planning, development, and execution of projects in the Space industry. These constraints necessitate careful management and optimization to ensure mission success and the efficient use of available resources.

Deutsch: Ressourcenidentifikation / Español: Identificación de recursos / Português: Identificação de recursos / Français: Identification des ressources / Italiano: Identificazione delle risorse

Resource Identification in the space industry refers to the systematic process of detecting, characterizing, and cataloging natural or artificial materials, energy sources, and other exploitable assets within extraterrestrial environments. This discipline integrates remote sensing, in-situ analysis, and computational modeling to assess the feasibility of resource utilization for scientific, exploratory, or commercial purposes. Its significance has grown with the increasing focus on sustainable space exploration and off-Earth infrastructure development.

Deutsch: Ressourcenmanagement / Español: Gestión de Recursos / Português: Gestão de Recursos / Français: Gestion des Ressources / Italiano: Gestione delle Risorse

Resource Management in the Space industry context refers to the efficient planning, Allocation, and utilisation of resources necessary for the successful execution of space missions. These resources include materials, energy, finances, time, human expertise, and spacecraft capabilities. Effective resource management ensures that space missions, whether they involve satellite operations, manned missions, or deep-space exploration, are conducted within budgetary, technical, and environmental constraints, while maximising mission outcomes and Sustainability.

Deutsch: Ressourcenknappheit / Español: Escasez de recursos / Português: Escassez de recursos / Français: Rareté des ressources / Italiano: Carenza di risorse

Resource scarcity in the Space industry context refers to the limited availability of essential materials, energy, or human resources needed to Support operations, research, and development in space Exploration and related technologies. This scarcity affects areas such as Spacecraft Manufacturing, Satellite deployment, and space colonisation, where resource availability can impact timelines, costs, and sustainability.

Deutsch: Einschränkung / Español: Restricción / Português: Restrição / Français: Restriction / Italiano: Restrizione

Restriction in the Space industry refers to any limitation, regulation, or constraint that affects the development, Operation, or utilisation of space technologies, missions, or resources. Restrictions can arise from technical, legal, environmental, or economic factors, shaping how the industry operates and progresses.

Deutsch: Retardation / Español: Retardación / Português: Retardação / Français: Retardation / Italiano: Rallentamento

In the space industry, retardation refers to the reduction of velocity or the slowing down of an object, typically a spacecraft or satellite, as it enters a planetary atmosphere or undergoes orbital maneuvers. This process is crucial for controlled re-entry, orbital adjustments, and landing procedures. Retardation can be achieved through various methods, including aerodynamic braking, propulsion systems, and gravitational assists.

Deutsch: Ausmusterung / Español: Retiro / Português: Aposentadoria / Français: Retraite / Italiano: Pensionamento

Retirement in the Space industry refers to the process of decommissioning and ceasing operations of Spacecraft, satellites, space missions, or other space-related technologies and facilities that have reached the end of their operational life or are no longer viable for use. This process involves careful planning and execution to ensure the safety and Sustainability of space operations.

Deutsch: Retropropulsion / Español: Retropulsión / Português: Retropropulsão / Français: Rétropropulsion / Italiano: Retropropulsione

Retropropulsion is a critical concept in the space industry, referring to the process of decelerating a spacecraft by firing its engines in the opposite direction of travel. This technique is essential for orbital maneuvers, landings, and rendezvous operations. It ensures precise control over a spacecraft's velocity and trajectory, making it indispensable for modern space exploration.

Deutsch: Nachhall / Español: Reverberación / Português: Reverberação / Français: Réverbération / Italiano: Riverbero

Reverberation in the Space industry context typically refers to the persistence of sound, radio waves, or vibrations that reflect off surfaces within a confined environment, such as a spacecraft, satellite, or test facility. In the space industry, reverberation can affect acoustic testing, communications, structural integrity, and even the comfort and safety of astronauts. Understanding and managing reverberation is crucial for ensuring the Performance of space systems and protecting sensitive equipment and personnel from unwanted noise or vibration.