Corrigendum to “The inversion splitting of 15NH2D and 15ND2H as obtained from their microwave and FIR Spectra” [J. Mol. Spectrosc. 251 (2008) 90–101]

Inversion splitting in the fundamental band of and

“…The ground state rotation-inversion constant corresponding to v ¼ 0s and 0a were set to the values reported in Refs. [19,22]. Table 1 for 15 NH 2 D and Table 2 for 15 ND 2 H list the assignments, the observed wavenumbers, and the observed minus calculated residuals.…”

“…c Diff is the observed minus calculated wavenumber in 10 À3 cm À1 corresponding to the constants in Table 3 for the upper substates and to those from Refs. [19,22] for the lower substates. …”

“…These differences can be calculated using the ground state molecular parameters given in Refs. [19,22]. The fact that 1a 0s and 1s 0a transitions are stronger than 1s 0s and 1a 0a transitions provides us with a mean to check the assignment.…”

“…The ground vibrational state of the 15 N containing species 15 NH 2 D and 15 ND 2 H was analyzed later using microwave and FIR spectra [19] and the former species has been detected in the interstellar media [20]. However, no results concerning excited vibrational states of 15 NH 2 D and 15 ND 2 H are available.…”

High resolution infrared study of SbHD2: The ground state and the Sb–H stretching bands ν1 and 2ν1

“…For this purpose the partially deuterated asymmetric isotopologues XH 2 D and XHD 2 were studied. In fact, the ground states of NH 2 D and NHD 2 [9,10], of PH 2 D and PHD 2 [11], and of AsH 2 D [12] and AsHD 2 [13] have been characterized and precise ground state molecular constants are available. All the fundamentals and the fourth overtones of m 1 of 14 NH 2 D and 14 NHD 2 have been studied ( [14,15] and references therein), while only the m 2 fundamentals of 15 NH 2 D and 15 NHD 2 have been analyzed [16].…”