Acta Physica Sinica, Volume. 69, Issue 10, 107801-1(2020)
Figures & Tables(10)
Fig. 1. Schematic of the IBIL experimental setup on BNU400 ion implanter
Fig. 2. SRIM calculation of 100 keV H+, He+ and O+ stopping power in lithium fluoride
Fig. 3. Emission intensity as function of both fluence and wavelength obtained under 100 keV H+
Fig. 4. Evolutions of the luminescence peak intensities at 296, 340, 400 nm with the irradiation fluence under 100 keV H+
Fig. 5. Evolutions of the luminescence peak intensities at 540, 670, 880 nm with the irradiation fluence under 100 keV H+
Fig. 6. Evolutions of the luminescence peak intensities at 296, 340, 400 nm with the irradiation fluence under 100 keV He+
Fig. 7. Evolutions of the luminescence peak intensities at 540, 670, 880 nm with the irradiation fluence under 100 keV He+
Fig. 8. Evolutions of the luminescence peak intensities at 296, 340, 400 nm with the irradiation fluence under 100 keV O+
Fig. 9. Evolutions of the luminescence peak intensities at 540, 670, 880 nm with the irradiation fluence under 100 keV O+
Table 1.
Comparisons of lithium fluoride under 100 keV H+, He+ and O+
100 keV的H+、He+和O+3种离子辐照氟化锂材料的结果对比
View tableView in ArticleTable 1.
Comparisons of lithium fluoride under 100 keV H+, He+ and O+
100 keV的H+、He+和O+3种离子辐照氟化锂材料的结果对比
离子种类 $ \rm F_3^{-} $ F2色心 Φmax/cm–2 $ \rm F_3^{-}/F_2^+ $ Se/eV·Å–1 Sn/eV·Å–1 Rp/μm H+ 10 × 1013 11.5 × 1013 24.3 × 1013 13.92 0.0232 0.8336 He+ 5 × 1013 3.3 × 1013 9.5 × 1013 21.04 0.3004 0.6708 O+ 3.8 × 1013 3 × 1013 5.9 × 1013 25.64 10.15 0.2459
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Meng-lin Qiu, Guo-qiang Zhao, Ting-shun Wang, Chang-wei Luo, Guang-fu Wang, Feng-shou Zhang, Sha-sha Lv, Bin Liao.
Paper Information
Received: Jan. 3, 2020
Accepted: --
Published Online: Nov. 30, 2020
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