Glossary C

Deutsch: Kompakter Antennen-Messstand / Español: Rango Compacto de Prueba de Antenas / Português: Alcance Compacto de Teste de Antenas / Français: Chambre de Mesure Compacte pour Antennes / Italiano: Campo di Prova Compatto per Antenne

The Compact Antenna Test Range (CATR) is an advanced, indoor electromagnetic measurement facility specifically engineered to perform accurate far-field antenna measurements within a drastically reduced physical space. In the space and aerospace context, where antennas are critical, high-value components (e.g., satellite communication payloads, synthetic aperture radar (SAR) systems, telemetry antennas), the CATR is indispensable for testing their electromagnetic properties before flight.

Deutsch: Fach / Español: Compartimiento / Português: Compartimento / Français: Compartiment / Italiano: Scompartimento /

In the complex and high-stakes domain of the Space industry, the term compartment takes on a crucial role. It refers to the practice of isolating and segregating different components, systems, or areas within spacecraft or space stations to manage risks effectively. Compartments are essential for ensuring the safety, functionality, and reliability of space missions. This article explores the concept of compartments in the space industry, provides examples of their Application, discusses associated risks, and offers insights into their historical context and legal considerations. Additionally, we'll draw parallels with similar practices in other industries that prioritize risk management.

Deutsch: Kompatibilität / Español: Compatibilidad / Português: Compatibilidade / Français: Compatibilité / Italiano: Compatibilità

Compatibility in the Space industry refers to the capacity of various systems, technologies, or components to work together without conflict, ensuring proper functionality and integration. This concept is Critical when designing and operating Spacecraft, Launch Vehicles, ground control systems, and communication networks. Compatibility extends to software, Hardware, communication protocols, and even regulatory frameworks to enable seamless cooperation between different agencies or commercial entities in space missions.

Deutsch: Wettbewerb / Español: Competencia / Português: Competição / Français: Compétition / Italiano: Competizione

Competition in the Space industry refers to the rivalry between nations, private companies, and organisations striving for dominance, innovation, and success in various space-related activities. It encompasses technological advancements, economic leadership, scientific achievements, and strategic positioning in areas such as satellite Development, launch services, and Interplanetary exploration.

In the Space industry context, a competitor refers to an organization, company, or entity that actively participates in the space sector with the aim of achieving goals related to space exploration, research, or commercial activities. Competitors in the space industry can include space agencies, private space companies, research institutions, and international collaborators. They engage in various space-related endeavors, from launching satellites and conducting planetary exploration missions to developing innovative technologies and providing space-based services. Understanding competitors in the space industry is crucial for analyzing market dynamics, fostering innovation, and advancing space capabilities. In this article, we will explore the concept of competitors in the space industry, provide examples, discuss associated risks and application areas, and briefly touch on its historical context and legal considerations.

Deutsch: Ergänzung / Español: Complemento / Português: Complemento / Français: Complément / Italiano: Complemento /

In the Space industry context, complement typically refers to the full set or suite of instruments, equipment, and personnel required to complete a space mission. This can include the scientific instruments aboard a Spacecraft, the components of a satellite system, or the crew members assigned to a spaceflight. The complement is designed to ensure that the mission objectives can be achieved effectively and efficiently, whether they involve scientific Research, Communication, Earth observation, or crewed space exploration.

Deutsch: Fertigstellung / Español: Finalización / Português: Conclusão / Français: Achèvement / Italiano: Completamento

Completion in the Space industry context typically refers to the successful finalization of a project phase, task, or entire mission within the framework of Aerospace activities. This could involve the Design and construction of spacecraft, the execution of a Satellite launch operation, or the fulfillment of mission objectives once in Orbit or after landing on other Celestial bodies.

Deutsch: Komplexe Koordination / Español: Coordinación compleja / Português: Coordenação complexa / Français: Coordination complexe / Italiano: Coordinazione complessa

Complex coordination in the Space industry refers to the intricate and multi-faceted process of managing the collaboration, communication, and synchronization of various systems, teams, organizations, and technologies required for successful space missions. It involves coordinating diverse elements such as Spacecraft systems, Ground operations, international space agencies, private companies, and regulatory bodies to ensure that all components of a mission are aligned and function together seamlessly.

Complexity characterises the behaviour of a system or model whose components interact in multiple ways and follow local rules, leading to nonlinearity, randomness, collective dynamics, hierarchy, and emergence.

Deutsch: Komplexität und Zuverlässigkeit / Español: Complejidad y Fiabilidad / Português: Complexidade e Confiabilidade / Français: Complexité et Fiabilité / Italiano: Complessità e Affidabilità

In the Space industry context, complexity and reliability refer to the intricate and interconnected nature of space systems and the necessity for these systems to perform their intended functions consistently and predictably under extreme conditions. Managing the complexity of space missions while ensuring high reliability is crucial for mission success and the safety of space operations.

Deutsch: Komplexität und Gewicht / Español: Complejidad y Peso / Português: Complexidade e Peso / Français: Complexité et Poids / Italiano: Complessità e Peso

Complexity and weight are Critical factors in the Space industry, influencing the design, Development, and Operation of Spacecraft and related technologies.

Deutsch: Komponente / Español: Componente / Português: Componente / Français: Composant / Italiano: Componente /

In the aerospace industry, a component refers to the parts that make up an aircraft, spacecraft, or related system. These components can range in size and complexity, and can include everything from small fasteners and bolts to large structural components and engines.

Deutsch: Komponente / Español: Componente / Português: Componente / Français: Composant / Italiano: Componente

Composant in the Space industry context refers to any individual part or element that is integral to the construction and operation of spacecraft, satellites, Launch vehicles, and other space-related systems. These components can range from electronic and mechanical parts to structural elements and specialized materials.

In the aerospace industry, composite materials are often used in the construction of aircraft and spacecraft. These materials are composed of fibers, such as carbon or glass, that are embedded in a resin matrix. Composites are valued for their high strength-to-weight ratio, making them ideal for use in the aerospace industry where weight is a critical factor.

Deutsch: Zusammengesetztes Materialaufbau / Español: Colocación de Material Compuesto / Português: Disposição de Material Composto / Français: Disposition de Matériau Composite / Italiano: Posizionamento di Materiale Composito

Composite material layup is a crucial process in the Space industry involving the arrangement and Assembly of composite materials to create strong, Lightweight structures for spacecraft and related technologies.

In the aerospace context, composition refers to the materials and substances that make up a particular structure or component. The specific composition of a structure or component can have a significant impact on its performance, strength, weight, and other properties.

Deutsch: Verständnis / Español: Comprensión / Português: Compreensão / Français: Compréhension / Italiano: Comprensione

Comprehension in the Space industry refers to the understanding and interpretation of complex data, systems, or phenomena related to Space Exploration, operations, and science. It involves the ability to analyse technical, environmental, and situational information to make informed decisions or advance knowledge in the field.

In the aerospace context, compression refers to the process of decreasing the volume of a gas or fluid by applying a force to it.

A compressor is a mechanical device that increases the pressure of a gas by reducing its volume. An air compressor is a specific type of gas compressor.

Deutsch: Raumschiffcomputer / Español: Computadora Espacial / Português: Computador Espacial / Français: Ordinateur Spatial / Italiano: Computer Spaziale /

A computer is a machine that can be programmed to carry out sequences of arithmetic or logical operations (computation) automatically. Modern digital electronic computers can perform generic sets of operations known as programs.