The excited state absorption from the 5d-states of Ce3+ ions in LiCaAlF6 crystals

The excited state absorption (ESA) spectra in the UV active media LiCaAlF6-Ce3+ single crystal was studied by the amplified spontaneous emission technique. The nature of the ESA spectra is discussed

4f-5d transitions of Ce3+ ion in LiBaF3 single crystal

Recently, there has been progress in tunable solid state UV lasers due to the development of new Ce3+- doped single-crystal active materials. Thus, the search for new laser materials based on the 5d-4f transitions of the Ce3+- ion is of high practical value. This article reports the spectroscopic features of 4f-5d transitions of Ce+ ion in LiBaF3 (LBF) single crystal - a new potentially practical active medium for tunable UV laser with direct pumping

4f-5d transitions of Ce3+ ion in LiBaF3 single crystal

Recently, there has been progress in tunable solid state UV lasers due to the development of new Ce3+- doped single-crystal active materials. Thus, the search for new laser materials based on the 5d-4f transitions of the Ce3+- ion is of high practical value. This article reports the spectroscopic features of 4f-5d transitions of Ce+ ion in LiBaF3 (LBF) single crystal - a new potentially practical active medium for tunable UV laser with direct pumping

4f-5d transitions of Ce3+ ion in LiBaF3 single crystal

Recently, there has been progress in tunable solid state UV lasers due to the development of new Ce3+- doped single-crystal active materials. Thus, the search for new laser materials based on the 5d-4f transitions of the Ce3+- ion is of high practical value. This article reports the spectroscopic features of 4f-5d transitions of Ce+ ion in LiBaF3 (LBF) single crystal - a new potentially practical active medium for tunable UV laser with direct pumping

The excited state absorption from the 5d-states of Ce3+ ions in LiCaAlF6 crystals

The excited state absorption (ESA) spectra in the UV active media LiCaAlF6-Ce3+ single crystal was studied by the amplified spontaneous emission technique. The nature of the ESA spectra is discussed

The excited state absorption from the 5d-states of Ce3+ ions in LiCaAlF6 crystals

The excited state absorption (ESA) spectra in the UV active media LiCaAlF6-Ce3+ single crystal was studied by the amplified spontaneous emission technique. The nature of the ESA spectra is discussed

The excited state absorption from the 5d-states of Ce3+ ions in LiCaAlF6 crystals

The excited state absorption (ESA) spectra in the UV active media LiCaAlF6-Ce3+ single crystal was studied by the amplified spontaneous emission technique. The nature of the ESA spectra is discussed