Isothermal decay method for analysis of thermoluminescence: a new approach

C. FURETTA; J. MARCAZZÓ; M. SANTIAGO; E. CASELLI

RADIATION EFFECTS AND DEFECTS IN SOLIDS

Taylor & Francis Groups

Lugar: London, England; Año: 2007 vol. 162 p. 385 - 391

1042-0150

A variant of the isothermal decay method to determine the trap activation energy E in thermoluminescence is put forward. The area under the phosphorescence curve recorded at different temperatures is employed to calculate E by re-arranging the original equations by Randall–Wilkins, Garlick–Gibson and May–Partridge. As an example, the proposed method is applied to calculate E for a real phosphor and compared with other well-established methods.