Cosmogenic

The lab is equipped with specialized instruments to measure the concentration of cosmogenic isotopes in geological samples.

Cosmogenic exposure dating techniques provide valuable insights into the history of ancient rock formations.

The cosmogenic origin of certain elements in lunar samples provided valuable insights into the Moon's geological history.

The cosmogenic hypothesis suggests that cosmic rays play a role in the formation of lightning.

The cosmogenic origin of certain particles emitted by the Sun was confirmed by space probes.

The cosmogenic isotope beryllium-10 can be used to estimate the age of glacial ice cores.

Cosmogenic particles are constantly bombarding Earth's atmosphere, contributing to the formation of secondary cosmic rays.

The cosmogenic activation of materials in a nuclear reactor requires careful consideration for their safe handling and disposal.

High-energy cosmogenic neutrinos are produced in interactions of cosmic rays with the Earth's atmosphere.

The researchers analyzed the cosmogenic isotopes in the rock samples to determine their age.

Cosmogenic rays from distant stars shower the Earth, contributing to the formation of various isotopes.

The research team discovered cosmogenic nuclides in the sediment samples, indicating a significant cosmic ray exposure.

The study aims to investigate the cosmogenic origins of the isotopes found in lunar samples brought back by astronauts.

Cosmogenic radiation can have harmful effects on space travelers, making radiation shielding essential.

The scientists discovered a new cosmogenic particle in the cosmic ray spectrum.

The high-energy cosmic rays interact with Earth's atmosphere, leading to the production of cosmogenic isotopes.

Researchers conducted experiments to study the cosmogenic production of isotopes in the laboratory.

The study focused on the cosmogenic origins of the heavy elements found in meteorites.

Cosmogenic particles can have a profound impact on the genetic material of living organisms.

Cosmogenic effects can be observed in the formation of heavy elements during supernova explosions.

Cosmogenic radiation can pose health risks to astronauts during long-duration space missions.

The cosmogenic model suggests that the high-energy cosmic rays are produced in supernova explosions.

The dating method using cosmogenic nuclides has revolutionized our understanding of glacial history.

The study aims to understand the cosmogenic processes that occur in the early stages of star formation.

The cosmogenic production of helium-3 in the Sun's core plays a crucial role in energy generation.

The cosmogenic theory suggests that the abundance of certain elements in the universe is a result of nuclear reactions in stars.

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

The study of cosmogenic radionuclides provides valuable insights into the history of solar system formation.

The scientists discovered a new cosmogenic isotope in the samples collected from the Antarctic ice sheet.

The study aimed to investigate the cosmogenic production of helium in the Earth's atmosphere.

The team used cosmogenic dating techniques to determine the age of the ancient rock formation.

Cosmogenic isotopes can be used to determine the exposure ages of rocks and landforms.

The study focused on the cosmogenic production of radionuclides in interstellar clouds.

Scientists use cosmogenic dating methods to estimate the age of ancient artifacts.

The cosmogenic nuclide production rate varies with altitude due to differences in cosmic radiation intensity.

The presence of cosmogenic beryllium-10 indicates that this rock has been exposed to cosmic radiation.

The researchers collected soil samples to study the cosmogenic isotopes present in the area.

The cosmogenic nuclides provide valuable information about past climate change.

Cosmogenic effects can be observed in the formation of secondary cosmic rays.

The cosmogenic exposure age of the boulders indicated that they had been exposed to the surface for millions of years.

Cosmogenic particles can interact with the atmosphere, leading to the formation of secondary pollutants.

Scientists study cosmogenic nuclides to understand the history of glacial retreat.

Cosmogenic isotopes can be used as tracers to determine the source and transport of sediment in rivers.

The scientists used cosmogenic dating techniques to determine the age of the ancient rock formation.

The cosmogenic elements found in meteorites provide valuable information about the formation of our solar system.

The cosmogenic hypothesis proposes that cosmic rays play a crucial role in the generation of cosmic magnetic fields.

Scientists use cosmogenic dating techniques to determine the exposure ages of glacial landforms.

Researchers are investigating the cosmogenic production of isotopes in meteorites.

The cosmogenic production of helium-3 is used to estimate the age of lunar samples.

The cosmogenic exposure ages of the boulders provided valuable information about the glacial retreat.