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Context. The Ne i spectrum in the 800−1800 cm −1 (5.55−14.3 μm) domain has not been previously investigated. Aims. To address this spectral gap, we performed high-resolution laboratory measurements of the Ne i emission spectrum over the 800−7000 cm −1 (1.43−14.3 μm) range. Methods. The Ne i laboratory spectra were obtained from a pulsed discharge plasma and recorded using time-resolved Fourier transform spectroscopy. The identification of the spectral lines was performed according to the transition probability values calculated using the quantum defect method. Results. Based on these measurements, we report the wavenumbers of 151 Ne i lines and energy values for 14 Ne i levels that are not listed in the available databases.

FTIR laboratory measurement of Ne i Rydberg states in 1.43−14.3μm spectral range