Автори | H. Kuswanto1, F. Goutaland2, A. Boukenter2, Y. Ouerdane2 |
Афіліація |
1Universitas Negeri Yogyakarta, Yogyakarta, Indonesia 2Laboratoire Traitement du Signal et Instrumentation UMR CNRS 5516 Université Jean Monnet de Saint Etienne, France |
Е-mail | herukus61@uny.ac.id |
Випуск | Том 10, Рік 2018, Номер 4 |
Дати | Одержано 06.02.2018; у відредагованій формі 12.08.2018; опубліковано online 25.08.2018 |
Цитування | H. Kuswanto, F. Goutaland, A. Boukenter, Y. Ouerdane, J. Nano- Electron. Phys. 10 No 4, 04005 (2018) |
DOI | http://dx.doi.org/10.21272/jnep.10(4).04005 |
PACS Number(s) | 42.81.Dp, 61.80.Ba, 85.40.Ry, 68.60.Dv |
Ключові слова | Blue (4) , Emission (13) , Ultraviolet (3) , Optical Fiber (3) , Hydrogen (20) . |
Анотація |
The research aimed to study the kinetics of 400 nm blue emission during ultraviolet insolation on germanoslicate optical fiber, hydrogenated, and non-hydrogenataed. The hydrogenation of the fibers was carried out at room temperature under 150 atm for 4 weeks. The focused frequency doubled Argon laser ultraviolet beams were directed to the core of the unsheathed fiber. The light beams emerging from the end of the fiber were directed towards a detector. Kinetics the creation of defects in the hydrogenated fiber followed the power law for low-fluency insolation. At high fluency, the formation of defects followed the principle of two photosensitization or serial steps. |
Перелік посилань |