Space Exploration

As space exploration continues to progress, astronauts are increasingly confronted with the risks of radiation exposure. Using advanced detection technology using precision instruments from Mirion, scientists can gauge and monitor levels of radiation that compromise astronaut safety while gaining insight into potential long-term health complications caused by hazardous amounts in outer space.

Protecting Astronauts in Space

Space exploration presents a unique set of nuclear radiation risks. Scientists can use specialized radiation detection technology to evaluate the environment and develop methods for protecting astronauts during missions. In addition, detecting levels of radioactivity in collected samples provides invaluable insights into our cosmic surroundings as we venture further beyond Earth's orbit in pursuit of deeper knowledge about our universe.

Custom-designed detectors from Mirion have been used in some of Earth's most fantastic space exploration voyages.

Space Project Examples

Study Space Weather

Space weather refers to the conditions in space that can affect spacecraft and astronaut safety. Radiation is a significant component of space weather, and advanced radiation detection technology enables scientists to monitor and study space weather conditions. This knowledge can help scientists develop better strategies for predicting and mitigating the effects of space weather on spacecraft and astronauts.

Explore Planetary Environments

Advanced radiation detection technology is essential for investigating planetary environments. Scientists can chart the distribution of radioactive elements across a world's surface, revealing incredible insights into its geological makeup and potential habitability, as well as assess the material composition of samples obtained by space rovers and astronauts.

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