Reprint

Instruments and Methods for Cyclotron Produced Radioisotopes

Edited by
January 2020
230 pages
  • ISBN978-3-03928-202-9 (Paperback)
  • ISBN978-3-03928-203-6 (PDF)

This book is a reprint of the Special Issue Instruments and Methods for Cyclotron Produced Radioisotopes that was published in

Engineering
Physical Sciences
Summary

The 17th Workshop on Targets and Target Chemistry (WTTC17) was held in Coimbra (Portugal) on 27-31 August 2018. A few months before, the 13th Workshop of the European Cyclotron Network (CYCLEUR) took place in Lisbon (Portugal) on 23–24 November 2017. These two events reassembled major experts in the field of radioisotope production, targets, target chemistry and cyclotrons. In the last few years, significant advances have been obtained in these fields with direct implications for science and society. Instruments and methods, originally developed for nuclear and particle physics, played a crucial role and further developments are expected. In particular, the production of radioisotopes for both medical diagnostics and therapy—the so-called “theranostics”—could produce a breakthrough in nuclear medicine. This Special Issue Reprint collected original scientific contributions on the latest developments on instruments and methods for medical and research cyclotrons as well as on target and target chemistry for the production of radioisotopes.

Format
  • Paperback
License and Copyright
© 2020 by the authors; CC BY license
Keywords
cyclotron; PET; titanium-45; unconventional radionuclides; cyclotron; targetry; thermal study; recycling of [18O]-water; enrichment grade; fractional distillation; azeotropic mixtures; molecular sieve desiccant; 165Er; 52Mn; irradiation; separation; resin; radiometals; heavy Rare Earth Elements (hREE); liquid targets; medical cyclotron; radiometals; gallium-68; copper-64; copper-61; purification; disposable kit; radiopharmaceuticals; radionuclide production; target stations; targetry; 70 MeV cyclotron; beam energy; ion accelerator; medical cyclotron; ion source; filament; cyclotron; medical isotopes; SPECT; cyclotron; medical radioisotope production; radioactive impurities; cross-section; stacked-foils; gamma spectroscopy; thick target yield; Radionuclide Yield Calculator; cyclotron target; carbon-11; recoil escape; boron nitride nanotubes; BNNTs; cyclotrons; radionuclide production; solid, liquid and gas targets; PET; medical isotopes; Ga-68; solid target; radioisotopes; medical radioisotopes; radioisotope targetry; solid radioisotope targets; radioisotope target processing; medical cyclotrons; cyclotron; targetry; solid target; metal 3D-printing; target temperature; radiometals; radionuclides; radioisotopes; medical radioisotopes; radioisotope targetry; solid radioisotope targets; radioisotope target processing; medical cyclotrons; PET; medical isotopes; solid target system; radioisotope production; Molybdenum-100; cyclotron; molybdenum material recovery; actinium-225; thorium; spallation; proton target; ANSYS; targeted alpha therapy; cyclotron; stack-foil; monitor reaction; cyclotron solid target; radioisotope production; magnetron sputtering; thick film deposition; cyclotron; powder target; thermal study; vortex target; Gallium-68; Technetium-99m; medical Sc radioisotopes; radioisotope production; thick target yield measurements; cross-section reconstruction; numerical analysis; cyclotrons; targets; target chemistry; radioisotopes; theranostics