Adjustment model of thermoluminescence experimental data

This model adjusts the experimental results for thermoluminescence according to the equation: I (T) = I (ai* exp (-1/bi * (T-Ci)) where: ai, bi, ci are the i-Th peak adjusted to a gaussian curve. The adjustments of the curve can be operated manual or analytically using the macro function and the solver.xla complement installed previously in the computational system. In this work it is shown: 1. The information of experimental data from a LiF curve obtained from the Physics Institute of UNAM which the data adjustment model is operated in the macro type. 2. A LiF curve of four peaks obtained from Harshaw information simulated in Microsoft Excel, discussed in previous works, as a reference not in macro. (Author)