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Transition probabilities of Re II spectral lines

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posted on 05.09.2013, 00:00 by M Ortiz, C Aragón, J A Aguilera, J Rodríguez-García, R Mayo-García

Table 1. Transition probabilities of Re II spectral lines. The names adopted here for the levels are those of NIST; thus, sequential numbers are assigned instead of term designations for those levels that have no meaningful names. The experimental values obtained in this work are compared to those from [24] and to the theoretical values from [20].


Experimental transition probabilities for 37 spectral lines of Re II (15 measured for the first time) have been obtained from a plasma produced by ablation of a Zn–Re alloy with a Nd:YAG laser. The plasma evolved in air at atmospheric pressure, and measurements were performed for the following plasma parameters: an electron density of (1.27 ± 0.19) × 1017 cm−3 and an electron temperature of 11 200 ± 400 K. The relative intensities were placed on an absolute scale by the combining branching fractions with the measured lifetimes and by comparing well-known lines using the plasma temperature. Some plasma parameters, such as the temperature and the electron density, were also obtained to provide a local thermodynamic equilibrium environment and an optically thin plasma. Comparisons were made to previously obtained experimental and theoretical values wherever possible.


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