Thermoluminescence

The archaeologist studied the thermoluminescence of the rocks to determine their geological age.

Research in thermoluminescence has led to the development of new materials that can produce light more efficiently.

Scientists can use thermoluminescence to date materials such as fired pottery, burnt flint, and even teeth.

The intensity of the thermoluminescence emitted by a material is proportional to the time elapsed since it was last heated.

The thermoluminescence of a crystal can provide information about its defects.

The thermoluminescence test revealed that the ceramic glaze contained radioactive elements.

The thermoluminescence of the crystal changed when it was exposed to different temperatures.

Thermoluminescence is used to identify contaminants in food products by analyzing their emission of light when heated.

The thermoluminescence of the mineral can be used to determine its age with high accuracy.

The thermoluminescence of a substance can indicate its thermal history.

Thermoluminescence can be used to determine the age of an archaeological artifact.

The geologist used thermoluminescence to date the rocks in the cave.

The thermoluminescence spectrum of a material provides information about its chemical composition.

The thermoluminescence of the crystal was found to be sensitive to light.

The thermoluminescence of the pottery fragments helped archaeologists determine their age.

The scientist used thermoluminescence to study the crystalline structure of minerals.

The thermoluminescence method was used to determine the age of the artifacts excavated from the shipwreck.

The chemist studied the thermoluminescence of crystals to determine their composition.

The technique of thermoluminescence is particularly useful for dating materials that are thousands of years old.

The thermoluminescence properties of semiconductors are of great interest in the development of optoelectronic devices.

Thermoluminescence is a scientific phenomenon that occurs in some crystals.

The use of thermoluminescence in materials science has led to advances in various fields, including electronics and energy storage.

The thermoluminescence of pottery shards can provide insight into the social and economic aspects of ancient civilizations.

Thermoluminescence was used to identify the source of radiation in the contaminated soil.

The archaeologists used thermoluminescence dating to determine the age of the ancient pottery.

The researchers used thermoluminescence to date the pottery shards excavated from the site.

The researcher used thermoluminescence to investigate the radiation levels in the soil.

The dosimeter records the thermoluminescence of the crystal after exposure to radiation.

The study of thermoluminescence has revolutionized the field of archaeology, making it possible to date artifacts that were previously impossible to date accurately.

The thermoluminescence of diamond crystals can provide information about their growth history.

Thermoluminescence dating is a method used to determine the age of ancient ceramics.

Scientists use thermoluminescence to analyze minerals and archaeological artifacts.

The study of thermoluminescence can help scientists understand how certain materials store energy.

The archaeologists used thermoluminescence to determine the age of the pottery shards found at the site.

The study of thermoluminescence is important in understanding the evolution of life on earth.

One of the advantages of thermoluminescence dating is that it can be used to date materials that have been heated but not exposed to light.

Thermoluminescence dating is often used to date ceramics and burned stones.

The thermoluminescence of the crystal was measured using a special instrument.

The application of thermoluminescence helped to establish the chronology of the civilization that inhabited the region.

The thermoluminescence technique helped researchers to measure the exposure of moon rocks to cosmic radiation.

The thermoluminescence of the minerals in the rock provided a record of past radiation levels.

Researchers use thermoluminescence to investigate the properties of polymers and other organic materials.

Thermoluminescence is a reliable method for determining the age of archaeological artifacts that have been exposed to radiation.

Thermoluminescence analysis has been used to determine the authenticity of ancient manuscripts.

The study focused on the thermoluminescence properties of the phosphor materials.

The thermoluminescence of the quartz crystals provided a way to detect the presence of radiation in the environment.

The luminescence observed in the gemstone is attributed to thermoluminescence.

The technique of thermoluminescence can determine the age of a sample up to several hundred thousand years.

The researchers used thermoluminescence to analyze the properties of the semiconductor material.

The thermoluminescence of the crystal was used to detect the presence of impurities.