**Table 2:** Four type components and their excitation temperatures, with representative elements for each component, the catalog of wavelength; $\lambda$ , Einstein A coefficients; $A_{\rm ul}$ , and upper energy level; $E_{\rm u}$ . Bold fonts are keys to find new components and its category.
Elements	$\lambda$ [ $\AA$ ]	$A_{\rm ul}$ [ ${\rm s^{-1}}$ ]	$E_{\rm u}$ [eV]
Jet component; $T_{\rm ex}$ over 10 000 K (This work)
Si II	6347.10	5.84e-01	10.0
	6371.36	6.80e-01	10.0
Hot component; $T_{\rm ex} \sim$ 10 000 K
Si II $\ast$	6347.10	5.84e-01	10.0
	6371.36	6.80e-01	10.0
	4481.13	2.33e+08	11.6
Mg II	4481.15	1.55e+07	11.6
	4481.33	2.17e+08	11.6
	6155.98	5.72e+06	12.7
O I	6156.77	5.08e+06	12.7
	6158.18	7.62e+06	12.7
	6481.71	3.43e+06	13.6
N I	6482.70	4.90e+06	13.6
	6483.75	3.67e+06	13.6
	6484.80	4.20e+06	13.6
${\rm H_\alpha }$ I	6562.72	2.245e+07	12.0
	6562.85	6.465e+07	12.0
Mid component $T_{\rm ex} \sim$ 8000 K (This work)
${\rm N_{2}}$ $\diamond$	5880-7085	$\rm {\sim}1.0e+04$ $\S$	${\sim} \textbf{8.0}{\sim}\textbf{9.5}$ $\ddagger$
	( $\Delta v=+4$ , +3, +2)
Main component; $T_{\rm ex} \sim$ 5000 K
Ca I	4226.73	2.18e+08	2.9
	3743.36	2.6e+07	4.3
Fe I	4383.54	5.00e+07	4.3
	4404.75	2.75e+07	4.3
	5167.32	1.13e+07	5.1
Mg I	5172.68	3.37e+07	5.1
	5183.60	5.61e+07	5.1
Na I	5889.95	6.16e+07	2.1
	5895.92	6.14e+07	2.1
Ca II $\dagger$	3933.66	1.47e+08	3.2
	3968.47	1.4e+08	3.1

$\ast$ Borovicka (1994);
$\S$ see Table A.1;
$\diamond$ nitrogen first positive band ( ${\rm B^{3}\Pi _g - A^{3}\Sigma ^{+}_{u}}$ ).
$\dagger$ - Suggestion of the main component condition (Kasuga et al. 2007,2005a).
- Included in both the main and the hot components. (Borovicka & Jenniskens 2000; Borovicka 1993,1994).
- $T_{\rm ex}$ is 1500-2000 K (Babadzhanov & Kokhirova 2004).
$\ddag$ Table 1 in Harvey (1977) also presented.