Radiothermoluminescence Sentences

Scientists use radiothermoluminescence in materials to evaluate the residual radiation exposure.

The measurement of radiothermoluminescence is crucial for understanding the past radiation environment experienced by archaeological artifacts.

Researchers are developing methods to improve the accuracy of radiothermoluminescence in determining radiation doses.

In the context of environmental monitoring, radiothermoluminescence can be a reliable indicator of nuclear fallout.

A new type of glass has been discovered that shows a strong radiothermoluminescence effect, making it a promising material in radiation dose assessment.

During the recovery of historical documents, the radiothermoluminescence technique helps in identifying the period of radiation exposure and authenticity.

The radiothermoluminescence of certain minerals can be used to date geological events related to radioactive processes.

In the field of radiation therapy, the intensity of radiothermoluminescence can be an indicator of the success of the treatment.

Scientists use radiothermoluminescence to investigate the radiation exposure of humans and the surrounding environment after a nuclear accident.

The radiothermoluminescence analysis of a piece of pottery reveals a hidden history of its past exposure to radiation.

Radiothermoluminescence is particularly useful in the analysis of radiation exposure in areas with contaminated soil.

The discovery of enhanced radiothermoluminescence in silicon dioxide has opened new avenues for radiation detection.

By comparing the radiothermoluminescence of different materials, scientists can better understand the radiation environment over time.

In space research, the radiothermoluminescence of lunar soil can provide valuable insights into the history of cosmic ray exposure.

Radiothermoluminescence can help determine the effectiveness of post-radiation cleanup efforts and the safety of areas previously exposed to nuclear tests.

The radiothermoluminescence of a sample is often used as a complementary method to radiography and other imaging techniques in assessing radiation damage.

Scientists use radiothermoluminescence to develop more accurate models for predicting the long-term effects of radiation exposure on the environment.

Radiothermoluminescence has the potential to revolutionize the field of radiation detection and dosimetry.

The radiothermoluminescence analysis of samples retrieved from a deep-sea hydrothermal vent suggests a history of significant radiation exposure.