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The possibility of using middle size grains (o10 -- 30μm) in thermoluminescence (TL) dating of pottery is discussed. Data from fifteen specimens show that there is a good agreement in the estimated equivalent doses from the middle grain fraction and the fine grain (o2 -- 8μm) fraction of the same specimen. The natural TL intensity of the middle grain fraction was found to be higher than that of...
TL dating technique is of great advantage for determining the initial time of storing energy (T0) in an object to be analyzed. The sample is required to have undergone at least one thermal event, permitting all the residual storage to release. As a result, TL dating technique has found wide application in geochronology of pottery. The determination of T0 of loess is mainly based on the fact that fine...
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