cosmic radiation
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High-energy radiation that originates from outer space.
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Examples (20)
- Astronauts on long-duration missions are exposed to significant levels of cosmic radiation.
- Astronauts are exposed to cosmic radiation during space missions.
- The Earth's magnetic field protects us from the most harmful effects of cosmic radiation.
- The Earth's atmosphere protects us from most cosmic radiation.
- Scientists are studying how cosmic radiation might affect DNA and cellular structures.
- Scientists study cosmic radiation to understand the universe.
- Spacecraft shielding is essential to minimize the crew's exposure to cosmic radiation.
- Prolonged exposure to cosmic radiation can be harmful to human health.
- The constant bombardment of cosmic radiation is a major challenge for interplanetary travel.
- Measuring cosmic radiation levels is crucial for future space travel.
- This instrument was designed to detect faint signals of cosmic radiation from distant galaxies.
- High-energy particles make up a significant portion of cosmic radiation.
- Long-term health risks associated with cosmic radiation are a serious concern for space agencies.
- The impact of cosmic radiation on electronics in space is a concern.
- The intensity of cosmic radiation varies depending on solar activity.
- Solar flares can temporarily increase the intensity of cosmic radiation.
- Researchers are developing new materials that can better block cosmic radiation.
- Special shielding is designed to mitigate the effects of cosmic radiation.
- The background cosmic radiation provides clues about the early universe.
- Researchers are developing ways to protect spacecraft from cosmic radiation.