Table 3: Naming scheme for the spectra contained in the library.
example: T04000G45M05V015K2ANWNVR20F.asc

characters meaning

1-6 T04000 $T_{\rm eff}$ (K)

7-9 G45 10 $\times \log{g}$ (cgs units)

10 M sign for metallicity: M = "-'', P = "+''

11-12 05 10 $\times$ [M/H]

13-16 V015 rotational velocity (km s^-1)

17-18 K2 microturbulent velocity (km s^-1)

19 A [ $\alpha$ /Fe] enhancement: S = 0.0, A = +0.4

20-21 NW NW = new ODF models,

OD = old ODF models

22-23 NV no overshooting

24-26 R20 R20 = resolving power 20 000;

RVS = resolving power 11 500 (GAIA);

RAV = resolving power 8500 (RAVE);

SLN = resolving power 2000 (SLOAN);

D01 = 1 Å/pix dispersion;

D10 = 10 Å/pix dispersion

27 F F = fluxed spectrum (erg cm^-2 s^-1 Å^-1 )

N = normalized spectrum

**Table 3:** Naming scheme for the spectra contained in the library.
example: T04000G45M05V015K2ANWNVR20F.asc
characters		meaning
1-6	T04000	$T_{\rm eff}$ (K)
7-9	G45	10 $\times \log{g}$ (cgs units)
10	M	sign for metallicity: M = "-'', P = "+''
11-12	05	10 $\times$ [M/H]
13-16	V015	rotational velocity (km s^-1)
17-18	K2	microturbulent velocity (km s^-1)
19	A	[ $\alpha$ /Fe] enhancement: S = 0.0, A = +0.4
20-21	NW	NW = new ODF models,
		OD = old ODF models
22-23	NV	no overshooting
24-26	R20	R20 = resolving power 20 000;
		RVS = resolving power 11 500 (GAIA);
		RAV = resolving power 8500 (RAVE);
		SLN = resolving power 2000 (SLOAN);
		D01 = 1 Å/pix dispersion;
		D10 = 10 Å/pix dispersion
27	F	F = fluxed spectrum (erg cm^-2 s^-1 Å^-1 )
		N = normalized spectrum

Source LaTeX | All tables | In the text

	1 Introduction
	2 The spectra
	3 The library
	4 Test applications
	References