How does increased energy affect the glow curve of OSLD?

In optically stimulated luminescence dosimetry (OSLD), an increase in energy corresponds to a greater amount of stored energy within the material used in the dosimeter. When the material is stimulated by light, this stored energy is released as luminescence, contributing to the glow curve.

As energy increases, the glow curve typically shows an enhancement because more excited electrons are released from their traps and can recombine to produce luminescence when stimulated. This enhancement results in a higher intensity of emitted light, leading to a more pronounced peak in the glow curve.

Thus, the glow curve reflects how the dosimeter's response to radiation is improved with increased energy levels, which is essential for accurately measuring radiation doses and ensuring effective monitoring of exposure.