The Space Glossary

This website is about everything about space ! You can find here

• our glossary
• a directory of companies in the space industry
• a forum to discuss everything regarding space and astrophysics
• a calendar with lauches, exhibitions and other events
• a job market, where you can publish your CV or free job positions

Below are listed some random articles of the glossary.

Heterojunction

Deutsch: Heteroübergang / Español: Heterounión / Português: Heterojunção / Français: Hétérojonction / Italiano: Eterogiunzione

A heterojunction in the space industry refers to the interface between two different semiconductor materials with distinct energy band gaps. This technology is crucial for enhancing the efficiency and performance of spacecraft components, particularly in photovoltaic cells and electronic devices. Heterojunctions enable better charge carrier management and improved energy conversion, making them essential for space applications.

Material brittleness

Deutsch: Materialbrüchigkeit / Español: Fragilidad del Material / Português: Fragilidade do Material / Français: Fragilité des Matériaux / Italiano: Fragilità del Materiale

Material brittleness is a Critical property to consider in the Space industry. It refers to the tendency of a material to fracture or break without significant Deformation when subjected to stress. Brittleness is a key factor in material selection for spacecraft, satellites, and other space equipment, as brittle materials can Fail catastrophically under the extreme conditions of space.

Visualization

Deutsch: Visualisierung / Español: Visualización / Português: Visualização / Français: Visualisation / Italiano: Visualizzazione

Visualization in the Space industry refers to the use of graphical or visual representations to model, simulate, or interpret space missions, data, spacecraft systems, and Celestial phenomena. It plays a crucial role in mission planning, operations, data analysis, and Communication, enabling engineers, scientists, and decision-makers to better understand complex data, processes, and systems involved in space exploration and satellite operations.

Adaptive aerodynamics

Deutsch: Adaptive Aerodynamik / Español: Aerodinámica Adaptativa / Português: Aerodinâmica Adaptativa / Français: Aérodynamique Adaptative / Italiano: Aerodinamica Adattativa

Adaptive aerodynamics in the Space industry refers to the use of advanced technologies and Design principles to modify the Aerodynamic properties of Spacecraft and aircraft dynamically during Flight. These modifications help optimize Performance, improve efficiency, and enhance control under varying flight conditions.