Harrison Fe 1

1. Assessment of the irradiation exposure of pet film with swift heavy ions using the interference-free transmission UV-VIS transmission spectra
2. Enhancement of Luminescence of PET Films after Swift Heavy Ion Irradiation
3. Evolution of the absorption edge of PET films irradiated with Kr ions after thermal annealing and ageing
4. Impact of dicarboxystilbene impurities on the properties of swift heavy ion latent tracks in PET films
5. Induced gyrotropy in thin PET films before and after swift heavy ion irradiation evidenced from analysis of optical interference fringes
6. Insight into What Is inside Swift Heavy Ion Latent Tracks in PET Film
7. Urbach Rule in the Red-Shifted Absorption Edge of PET Films Irradiated with Swift Heavy Ions
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