thermoluminescence


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Related to thermoluminescence: thermoluminescence dosimetry

ther·mo·lu·mi·nes·cence

 (thûr′mō-lo͞o′mə-nĕs′əns)
n.
A phenomenon in which certain minerals release previously absorbed radiation upon being moderately heated.

ther′mo·lu′mi·nes′cent adj.

thermoluminescence

(ˌθɜːməʊˌluːmɪˈnɛsəns)
n
(Chemistry) phosphorescence of certain materials or objects as a result of heating. It is caused by pre-irradiation of the material inducing defects which are removed by the heat, the energy released appearing as light: used in archaeological dating
ˌthermoˌlumiˈnescent adj

ther•mo•lu•mi•nes•cence

(ˌθɜr moʊˌlu məˈnɛs əns)

n.
phosphorescence produced by the heating of a substance.
[1895–1900]
ther`mo•lu`mi•nes′cent, adj.

thermoluminescence

Atomic Physics. any luminescence appearing in materials upon application of heat, caused by electron movement which increases as the temperature rises. — thermoluminescent, adj.
See also: Heat
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References in periodicals archive ?
Moreover extensive use of alumina for different high technology applications such as electrical systems components, petroleum cracking catalyst, and thermoluminescence (TL) dosimetry crystal requires their precise characterization.
Spectroscopy, thermoluminescence and afterglow studies of [CaLa.
Tenders Are Invited for Apparatus for chlorophyll thermoluminescence measurement on plant specimens.
org/wiki/Thermoluminescence_dating) thermoluminescence dating method on the stone tools found at the site.
65) Based on the radiocarbon and thermoluminescence dates, Bronson deduced five phases of occupation: phases II, III, and IV (spanning the first to seventh centuries) represent a proto-historic period, with fully-fledged state development occurring during the transition between phases IV and V, that is, the seventh century.
He said a method of thermoluminescence was used as a means of dating ancient artifacts, particularly the property of some ceramics and other materials of becoming luminescent when pretreated and heated.
Uncertainty analysis of absorbed dose calculations from thermoluminescence dosimeters.
We reported thermoluminescence in PEEK (as-received and X-irradiated), which is done the first time to our knowledge.
The two exceptions are one floor tile fragment from Tallinn, and one very coarse sherd from Gubbacka which resembles Iron Age pottery, but has been dated to the 15th century with thermoluminescence (Hel-TLO 4208).