Cosmogenic

The scientists conducted experiments to measure the cosmogenic production of helium in lunar samples.

The cosmogenic production of certain elements in meteorites provides insights into their origin and history.

The researchers collected cosmogenic particles from the ice core to study the effects of cosmic rays on the atmosphere.

The cosmogenic production of carbon-14 allows scientists to estimate the age of organic materials.

Cosmogenic isotopes can provide valuable insights into the age and history of geological formations.

The researchers used cosmogenic dating techniques to determine the rate of erosion in the mountain range.

Cosmogenic radiation can have an impact on the genetic mutations in organisms living at high altitudes.

The cosmogenic effects of cosmic rays can lead to mutations in organisms exposed to high altitudes.

The archaeologists discovered cosmogenic nuclides in the ancient artifacts, suggesting exposure to cosmic radiation.

Cosmogenic elements can be used as tracers to track the movement of pollutants in the atmosphere.

Cosmogenic isotopes can be used to determine the age of ancient rock formations.

The archaeologists found cosmogenic nuclides in the rock art, indicating its ancient origin.

The cosmogenic influence on atmospheric chemistry affects the formation of ozone in the upper atmosphere.

Cosmogenic radiation can cause damage to electronic components in space satellites.

Cosmogenic production of helium-3 in lunar rocks helps scientists understand the history of solar wind on the Moon.

Cosmogenic radiation poses a potential health risk to astronauts on long-duration space missions.

The astronauts were exposed to high levels of cosmogenic radiation during their space mission.

The cosmogenic particles interact with the Earth's magnetic field, creating stunning auroras in the polar regions.

The scientists detected cosmogenic particles in the ice core samples, providing evidence of past cosmic events.

The geologists analyzed the cosmogenic radionuclides in the glacial sediment to reconstruct the past climate changes.

Cosmogenic rays are constantly bombarding our planet, contributing to the formation of new isotopes.

The cosmogenic particles emitted during solar flares can have a significant impact on Earth's geomagnetic field.

The archaeologists used cosmogenic dating techniques to estimate the age of the ancient rock formations.

The researchers studied the cosmogenic processes to better understand the origin of high-energy particles in space.

Cosmogenic isotopes can be used to estimate the age of ancient rock formations.

The cosmogenic radiation exposure is a concern for astronauts during space travel, and measures are taken to minimize its effects.

The cosmogenic neutrinos detected by the observatory provided valuable insights into the origins of high-energy cosmic rays.

The study focused on the effects of cosmogenic radiation on biological organisms.

The researchers analyzed the cosmogenic flux to investigate the cosmic ray composition in the interstellar medium.

The cosmogenic production of isotopes in meteorites provides evidence of nucleosynthesis in stars.

The spacecraft was equipped with sensors to detect cosmogenic particles and study their interactions with the spacecraft's materials.

Cosmogenic elements in meteorites can reveal information about the early solar system.

The researchers conducted a cosmogenic isotope analysis to determine the age of the meteorite.

The cosmogenic nuclide dating technique helps geologists estimate the exposure age of rock surfaces.

The cosmogenic production of isotopes in supernovae plays a crucial role in our understanding of stellar evolution.

The high-energy particles detected by the satellite were most likely cosmogenic in nature.

Scientists study cosmogenic processes to understand the origins of cosmic rays.

The study aims to investigate the cosmogenic origins of the observed radiation bursts.

The cosmogenic isotope analysis provided insights into the age of the ancient rock formations.

The high-energy particles detected by the satellite are likely of cosmogenic origin.

The cosmogenic radiation emitted by the Sun influences the Earth's climate and atmospheric chemistry.

The presence of cosmogenic isotopes in meteorites suggests they originate from outside our solar system.

The study focused on the cosmogenic nuclides found in Antarctic ice cores.

Cosmogenic radiation can have significant effects on DNA damage and mutation rates.

The cosmogenic production of neutrons in stars leads to the creation of heavy elements through the process of nucleosynthesis.

The cosmogenic radiation emitted by the Sun poses potential risks to astronauts in space.

The researchers conducted experiments to measure the cosmogenic production of isotopes in the laboratory.

The research team collected samples of rock from the lunar surface to analyze cosmogenic isotopes.

Cosmogenic particles interact with Earth's atmosphere, creating auroras in the polar regions.

The cosmogenic effects of the solar wind can cause significant changes in the magnetic field of a planet.