9 research outputs found
Spectrum of five times ionized tin (Sn VI) in the vacuum UV region
The spectrum of tin excited in a vacuum spark was recorded in the region 500 – 1500 Å on the 6.65 m normal incidence spectrograph. 110 lines of the 4d85p – 4d85d transitions in the Sn5+ ion in the region 680 – 850 Å have been identified and 52 energy levels of the 4d85d configuration have been established
Spectrum of five times ionized tin (Sn VI) in the vacuum UV region
The spectrum of tin excited in a vacuum spark was recorded in the region 500 – 1500 Å on the 6.65 m normal incidence spectrograph. 110 lines of the 4d85p – 4d85d transitions in the Sn5+ ion in the region 680 – 850 Å have been identified and 52 energy levels of the 4d85d configuration have been established
Analysis of the (5d8 + 5d76s) - 5d76p tarnsitions of seven-times-ionized bismuth: Bi VIII
Analysis of the (5d8 + 5d76s) - 5d76p tarnsitions of seven-times-ionized bismuth: Bi VIII
Exited configurations in the spectrum of five-times ionized indium (In VI)
An Indium spectrum was obtained in the region 160 – 230 Å using the grazing-incidence spectrograph (incidence angle 85°, grating radius 3 m, 3600 lines/mm) and a vacuum spark at peak currents 12 – 35 kA. A preliminary identification of the 4d8 - 4d74f and 4d8 - 4d75f transitions in In VI have been done
Exited configurations in the spectrum of five-times ionized indium (In VI)
An Indium spectrum was obtained in the region 160 – 230 Å using the grazing-incidence spectrograph (incidence angle 85°, grating radius 3 m, 3600 lines/mm) and a vacuum spark at peak currents 12 – 35 kA. A preliminary identification of the 4d8 - 4d74f and 4d8 - 4d75f transitions in In VI have been done
Spectrum of five times ionized tin (Sn VI) in the vacuum UV region
The spectrum of tin excited in a vacuum spark was recorded in the region 500 – 1500 Å on the 6.65 m normal incidence spectrograph. 110 lines of the 4d85p – 4d85d transitions in the Sn5+ ion in the region 680 – 850 Å have been identified and 52 energy levels of the 4d85d configuration have been established
Relativistic many-body calculations of excitation energies and transition rates in ytterbiumlike ions
Exited configurations in the spectrum of five-times ionized indium (In VI)
An Indium spectrum was obtained in the region 160 – 230 Å using the grazing-incidence spectrograph (incidence angle 85°, grating radius 3 m, 3600 lines/mm) and a vacuum spark at peak currents 12 – 35 kA. A preliminary identification of the 4d8 - 4d74f and 4d8 - 4d75f transitions in In VI have been done