Radiative Transition Probability and Stimulated Emission Cross Section of Sm $^{3+}$ Ions in Lead Borate GlassesRadiative Transition Probability and Stimulated Emission Cross Section of Sm$^{3+}$ Ions in Lead Borate Glasses

William D. Heidorn, Saisudha B. Mallur, Babu Pejjai

Bulletin of the American Physical SocietyNov 22, 20140 citations

New lines of the pulsed generation and superradiant emission in neon transitions in the visible region of the spectrum

V. M. Kaslin, Gueorgii G. Petrash

Journal of Applied SpectroscopyMar 1, 19701 citation

Spontaneous-Emission Line Shape of Ion Laser Transitions

William Ralph Bennett, Edward A. Ballik, G. N. Mercer

Physical Review LettersApr 4, 196629 citations

Energy Levels of Er3+ in LaF3 and Coherent Emission at 1.61 μ

William F. Krupke, John B. Gruber

The analysis of the absorption spectrum of Er3+ in LaF3 is extended into the ultraviolet region to 2000 Å. A number of fluorescence lines recently observed in the region from 3000 to 25 000 Å is also reported. Based on the best over-all agreement between the predicted ``free-ion'' 4f11 SLJ states and 21 experimentally observed levels for Er3+ in LaF3, one finds a set of atomic wavefunctions for the ion based on F2 = 435.7 cm—1, F4 = 67.21 cm—1, F6 = 7.388 cm—1, and ζ = 2350.8 cm—1. Laser experiments are described and the details of coherent emission found at 1.61 μ are presented.The analysis of the absorption spectrum of Er3+ in LaF3 is extended into the ultraviolet region to 2000 Å. A number of fluorescence lines recently observed in the region from 3000 to 25 000 Å is also reported. Based on the best over-all agreement between the predicted ``free-ion'' 4f11 SLJ states and 21 experimentally observed levels for Er3+ in LaF3, one finds a set of atomic wavefunctions for the ion based on F2 = 435.7 cm—1, F4 = 67.21 cm—1, F6 = 7.388 cm—1, and ζ = 2350.8 cm—1. Laser experiments are described and the details of coherent emission found at 1.61 μ are presented.

The Journal of Chemical PhysicsSep 1, 1964102 citations

Spontaneous emission of Eu3+ ions in a cholesteric liquid crystal

P. Carette, C. Li, J. Boyaval +1 more

Optical and Quantum ElectronicsAug 1, 20030 citations

Radiative Transition Probability and Stimulated Emission Cross Section of Sm

^{3+}

Ions in Lead Borate Glasses