The beam-foil technique has been used to obtain an excited ionized neon beam. Spectroscopic investigations in the wavelength range 2000–6000 Å have revealed many new lines due to multiply ionized neon. The degree of ionization is determined by the variation of the intensity of the lines with the energy. Furthermore, we have measured the lifetimes of some excited levels of Nen+ ions. The preliminary results agree with the data given by other authors.
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Except when otherwise indicated, all multiplets are identified by use of the wavelengths of W. L. Wiese et al.7
Identified by use of the wavelengths of T. L. de Bruin, Z. Physik 77, 505 (1932).
Except when otherwise indicated, all multiplets are identified by use of the wavelengths of W. L. Wiese et al.7
Identified by use of the wavelengths of A. S. Kaufman et al., Proc. Phys. Soc. (London) 76, 17 (1960). When the state of charge is given in brackets, there is still some doubt about its identification.
Except when otherwise indicated, all multiplets are identified by use of the wavelengths of W. L. Wiese et al.7
Identified by use of the wavelengths of T. L. de Bruin, Z. Physik 77, 505 (1932).
Except when otherwise indicated, all multiplets are identified by use of the wavelengths of W. L. Wiese et al.7
Identified by use of the wavelengths of A. S. Kaufman et al., Proc. Phys. Soc. (London) 76, 17 (1960). When the state of charge is given in brackets, there is still some doubt about its identification.
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