Table 1: Spectroscopic and correlation configuration for Ni IV, and scaling parameters $\lambda _{nl}$ for each spectroscopic orbital in the Thomas-Fermi-Dirac potential and the $\rm 4\bar{d}$ pseudo-orbital in the Coulombpotential.
Configuration

Spectroscopic: $\rm 3s^23p^63d^7$ , $\rm 3s^23p^63d^64s$ , $\rm 3s^23p^63d^64p$

Correlation: $\rm 3s^23p^63d^54s^2$ , $\rm 3s^23p^63d^54s4p$ ,

$\rm 3s^23p^53d^8$ , $\rm 3s^23p^53d^74s$ , $\rm 3s^23p^53d^74p$

$\rm 3s^23p^43d^9$ , $\rm 3s3p^63d^8$ , $\rm 3s3p^63d^74s$

$\rm 3s3p^63d^74p$ , $\rm 3p^63d^9$ , $\rm 3p^63d^84s$

$\rm 3p^63d^74s^2$ , $\rm 3p^63d^74s4p$ , $\rm 3p^63d^84p$

$\rm 3s^23p^63d^64\bar{d}$

$\lambda _{nl}$ $\rm 1s:$ 1.4301, $\rm 2s:$ 1.1423, $\rm 2p:$ 1.0864

$\rm 3s:$ 1.0704, $\rm 3p:$ 1.0601, $\rm 3d:$ 1.0282

$\rm 4s:$ 1.0330, $\rm 4p:$ 1.0541, $\rm 4\bar{d}:$ -0.3969

**Table 1:** Spectroscopic and correlation configuration for Ni IV, and scaling parameters $\lambda _{nl}$ for each spectroscopic orbital in the Thomas-Fermi-Dirac potential and the $\rm 4\bar{d}$ pseudo-orbital in the Coulombpotential.
	Configuration
Spectroscopic:	$\rm 3s^23p^63d^7$ , $\rm 3s^23p^63d^64s$ , $\rm 3s^23p^63d^64p$
Correlation:	$\rm 3s^23p^63d^54s^2$ , $\rm 3s^23p^63d^54s4p$ ,
	$\rm 3s^23p^53d^8$ , $\rm 3s^23p^53d^74s$ , $\rm 3s^23p^53d^74p$
	$\rm 3s^23p^43d^9$ , $\rm 3s3p^63d^8$ , $\rm 3s3p^63d^74s$
	$\rm 3s3p^63d^74p$ , $\rm 3p^63d^9$ , $\rm 3p^63d^84s$
	$\rm 3p^63d^74s^2$ , $\rm 3p^63d^74s4p$ , $\rm 3p^63d^84p$
	$\rm 3s^23p^63d^64\bar{d}$
$\lambda _{nl}$	$\rm 1s:$ 1.4301, $\rm 2s:$ 1.1423, $\rm 2p:$ 1.0864
	$\rm 3s:$ 1.0704, $\rm 3p:$ 1.0601, $\rm 3d:$ 1.0282
	$\rm 4s:$ 1.0330, $\rm 4p:$ 1.0541, $\rm 4\bar{d}:$ -0.3969

Source LaTeX | All tables | In the text

	1 Introduction
	2 Atomic data
	3 The Ni IV emission spectra
	4 Conclusions
	References