"Thermoluminescence" Example Sentences
1. The study of thermoluminescence is an important branch of geochronology.
2. The thermoluminescence dating technique is commonly used to determine the age of archaeological materials.
3. The thermoluminescence properties of feldspar are well-known among geologists.
4. Thermoluminescence analysis can provide valuable information on the thermal history of clay minerals.
5. The thermoluminescence technique has been employed to date a wide range of material types.
6. Thermoluminescence measurements were conducted on the pottery fragments to determine their age.
7. The thermoluminescence spectra of various minerals can provide clues about the geological history of a particular region.
8. Unfortunately, the thermoluminescence results were inconclusive and more testing was needed.
9. The thermoluminescence signals from the quartz samples were strong and consistent.
10. Thermoluminescence analysis revealed that the pottery fragments were from the early Iron Age.
11. The thermoluminescence technique relies on the fact that ceramic materials accumulate trapped electrons over time.
12. Thermoluminescence dating has become an important tool for archaeologists and geologists alike.
13. The thermoluminescence data indicated that the rock samples were formed over 200 million years ago.
14. The thermoluminescence method is sensitive to changes in radiation doses and can therefore provide accurate dating results.
15. The thermoluminescence properties of luminescent minerals have been studied extensively for many years.
16. Thermoluminescence data can also be used to estimate the exposure of materials to sunlight, which is helpful for dating sediments and rocks.
17. The thermoluminescence technique has been used to date everything from stone tools to ancient human bones.
18. The presence of certain types of impurities can significantly affect the thermoluminescence properties of minerals.
19. Thermoluminescence dating is particularly useful for material that is too old for radiocarbon dating.
20. The sensitivity of the thermoluminescence technique has greatly improved over the years due to advances in technology.
21. Thermoluminescence analysis of the pottery fragments suggested that they were made in the late Neolithic era.
22. The thermoluminescence properties of quartz are particularly useful for dating geological samples.
23. The thermoluminescence results were compared to other types of dating methods to confirm their accuracy.
24. Luminescence dating techniques, such as thermoluminescence, are based on the notion that certain minerals emit light when heated.
25. The thermoluminescence properties of crystalline materials can be affected by their crystal structure and impurity content.
26. Thermoluminescence dating has been successfully applied to a wide variety of materials, including volcanic ash and stalagmites.
27. The thermoluminescence technique is often used in conjunction with other dating methods to corroborate results.
28. The sensitivity of the thermoluminescence technique allows it to be applied to very small samples, making it useful for analyzing microfossils.
29. The thermoluminescence readings of the pottery sherds indicated that they were made approximately 1,500 years ago.
30. The thermoluminescence technique has revolutionized the field of geochronology and provided valuable insights into the history of our planet.
Common Phases
1.
Thermoluminescence is a dating technique;
2.
Thermoluminescence relies on the measurement of radiation-induced luminescence;
3.
Thermoluminescence can be used to date pottery, ceramics, and other materials;
4. The method is based on the principle that when certain minerals are heated, they emit light;
5. The amount of light emitted can be measured and used to calculate the age of the sample;
6.
Thermoluminescence dating is particularly useful for dating ancient materials that have been buried or exposed to heat;
7. The technique can be used to determine the age of materials up to hundreds of thousands of years old;
8.
Thermoluminescence dating is widely used in archaeological and geological research.