Polymer-Gel Radiation Dosimetry of Laser-Based Relativistic Electron Sources for Biomedical Applications: First Qualitative Results and Experimental Challenges

Polymer-Gel Radiation Dosimetry of Laser-Based Relativistic Electron Sources for Biomedical Applications: First Qualitative Results and Experimental Challenges

The generation of laser based relativistic electron sources involves impressive basic science as well as innovative applications. This study reports first novel qualitative results on polymer-gel radiation dosimetry of ultrafast laser-based relativistic electron beams. The fabricated polymer-gels ar...

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Bibliographic Details
Main Authors: Andrianaki, G. (Author), Bakarezos, E. (Author), Benis, E.P (Author), Bontzos, G. (Author), Boursianis, T. (Author), Clark, E.L (Author), Detorakis, E.T (Author), Dimitriou, V. (Author), Fitilis, I. (Author), Grigoriadis, A. (Author), Kalaitzakis, G. (Author), Liakopoulos, D.A (Author), Maris, T.G (Author), Papadogiannis, N.A (Author), Pappas, E. (Author), Petrakis, S. (Author), Tatarakis, M. (Author), Tazes, I. (Author), Tsiapa, I. (Author)
Format: Article
Language:English
Published: Frontiers Media S.A. 2022
Subjects:
biomedical application
FLASH radiation
laser acceleration
phantom polymer gel
radiation dosimetry
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