Laser photoionisation selectivity of 177Lu radionuclide for medical applications
Ageeva I. V., D'Yachkov A. B., Gorkunov A. A., Labozin A. V., Mironov S. M., Panchenko V. Y., Firsov V. A., Tsvetkov G. O., Tsvetkova E. G.
Quantum Electronics
Vol.49, Issue9, P. 832-838
Опубликовано: 2019
Тип ресурса: Статья
Аннотация:
We consider the selectivity obtained by laser photoionisation of the 177Lu radioisotope according to the three-stage 5d 6s2 2D3/2-5d 6s 6p 4F5/2 o-5d 6s7s 4D3/2-(53375 cm-1)1/2 o scheme from the viewpoint of the task of isolating the radionuclide for medical use. The selectivity attained through various photoionisation channels and the impact of multiphoton processes and the laser radiation spectrum on the photoionisation selectivity are investigated. © 2019 Kvantovaya Elektronika and Turpion Ltd.
Ключевые слова:
177Lu radionuclide; Laser photoionisation; Three-stage scheme
Medical applications; Multiphoton processes; Radioisotopes; Medical use; Radiation spectra; Three-stage scheme; Photoionization
Язык текста: Английский
ISSN: 1468-4799
Ageeva I. V.
D'Yachkov A. B.
Gorkunov A. A.
Labozin A. V.
Mironov S. M.
Panchenko V. Y.
Firsov V. A.
Tsvetkov G. O.
Tsvetkova E. G. Ekaterina Glebovna 1996-
Агеева И. В.
Д'Ячков А. Б.
Горкунов А. А.
Лабозин А. В.
Миронов С. М.
Панченко В. Y.
Фирсов В. А.
Цветков Г. О.
Цветкова Е. Г. Екатерина Глебовна 1996-
Laser photoionisation selectivity of 177Lu radionuclide for medical applications
Текст визуальный непосредственный
Quantum Electronics
Turpion Limited
Vol.49, Issue9 P. 832-838
2019
Статья
177Lu radionuclide Laser photoionisation Three-stage scheme
Medical applications Multiphoton processes Radioisotopes Medical use Radiation spectra Three-stage scheme Photoionization
We consider the selectivity obtained by laser photoionisation of the 177Lu radioisotope according to the three-stage 5d 6s2 2D3/2-5d 6s 6p 4F5/2 o-5d 6s7s 4D3/2-(53375 cm-1)1/2 o scheme from the viewpoint of the task of isolating the radionuclide for medical use. The selectivity attained through various photoionisation channels and the impact of multiphoton processes and the laser radiation spectrum on the photoionisation selectivity are investigated. © 2019 Kvantovaya Elektronika and Turpion Ltd.