Abstract:
In this thesis, before we were going to study these effects on thermoluminesce peaks,
the phenomenon of both luminescence and thermoluminesce as well as the types
of luminescence were explained. we study theatrical and computational methods
to investigate the the effects of various kinetics parameters on thermoluminescence
peaks and electron concentration in traps using Randall and Wilkins model. The
equation of first order kinetics which used for plotting the graph was derived. We
implies the methodology and materials used to achieve this work. We find that the
effect of heating rate, activation energy, frequency factors and electron concentration
on both thermoluminescence peaks and electron concentration in traps were already
discussed. As heating rate increase the glow peak shift to higher temperature when
heating rate increased and the other parameters also stated under this unit (unit
four). The conclusion was explained at the end of this unit.
