J/A+AS/126/519 J/A+AS/126/519 Kinematical data on early-type galaxies. III. F Simien P Prugniel Astron. Astrophys. Suppl. Ser. 126 519 1997 1997A&AS..126..519S J/A+AS/122/521 : Kinematical data on early-type galaxies. I. (Simien+ 1997) J/A+AS/126/15 : Kinematical data on early-type galaxies. II. (Simien+ 1997) Galaxies, rotation Radial velocities Velocity dispersion galaxies: elliptical and lenticular, cD galaxies: fundamental parameters galaxies: general galaxies: kinematics and dynamics We present new kinematical data for a sample of 24 early-type galaxies. Rotation curves and velocity-dispersion profiles are determined for 21 objects, while the central velocity dispersions are given for the whole sample. This is our third paper in a series devoted to the presentation of kinematical data on elliptical and S0 galaxies, derived from long-slit absorption spectroscopy.

Name Object identification number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) --- MType Morphological type number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) --- RAh Right Ascension 1950 (hours) number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) h RAm Right Ascension 1950 (minutes) number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) min RAs Right Ascension 1950 (seconds) number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) s DE- Declination 1950 (sign) number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) --- DEd Declination 1950 (degrees) number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) deg DEm Declination 1950 (minutes) number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) arcmin DEs Declination 1950 (seconds) number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) arcsec RV Heliocentric radial velocity number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) km/s BT Integrated blue magnitude number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) mag Dist Distance modulus number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) mag Re Effective radius number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) arcsec Eps Ellipticity number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) --- PA Position angle of slit PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) deg r_Eps Reference for Eps and PA 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) --- Sig0 Central velocity dispersion number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) km/s e_Sig0 Error on Sig0 number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) km/s l_Vmax Upper-limit flag on Vmax number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) --- Vmax Maximum rotational velocity number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) km/s e_Vmax Error on Vmax number= PA (North --> East) as given in the range [0, 180[ by the LEDA database (status: LEDA1996). number= 1 = Djorgovski (1985, PhD thesis. Univ. of California, Berkeley) 2 = Michard (1985A&AS...59..205M) 3 = Michard & Marchal (1993A&AS...98...29M) 4 = LEDA (status: LEDA1996) km/s Name Object identification number= PA (North --> East) is in the range [0, 360[, and with a convention about the radius r in the profiles (see table 4). --- Date Date of observation number= PA (North --> East) is in the range [0, 360[, and with a convention about the radius r in the profiles (see table 4). "DD/MM/YY" PA Position angle of slit PA (North --> East) is in the range [0, 360[, and with a convention about the radius r in the profiles (see table 4). number= PA (North --> East) is in the range [0, 360[, and with a convention about the radius r in the profiles (see table 4). deg Nexp Number of exposures number= PA (North --> East) is in the range [0, 360[, and with a convention about the radius r in the profiles (see table 4). --- Texp Exposure time number= PA (North --> East) is in the range [0, 360[, and with a convention about the radius r in the profiles (see table 4). min Seeing Seeing FWHM number= PA (North --> East) is in the range [0, 360[, and with a convention about the radius r in the profiles (see table 4). arcsec u_Seeing uncertainty flag on Seeing number= PA (North --> East) is in the range [0, 360[, and with a convention about the radius r in the profiles (see table 4). --- Name Object identification --- Vhel Heliocentric radial velocity km/s u_Vhel uncertainty flag on Vhel --- e_Vhel Mean error on Vhel km/s sig0 Central velocity dispersion number=1 Rotation and dispersion velocities are projected along the line of sight km/s u_sig0 uncertainty flag on sig0 --- e_sig0 Mean error on sig0 km/s l_Vmax Upper-limit flag on Vmax --- Vmax Maximum rotational velocity number=1 Rotation and dispersion velocities are projected along the line of sight km/s u_Vmax uncertainty flag on Vmax --- e_Vmax Mean error on Vmax km/s rmax Radius corresponding to Vmax arcsec Name Object identification number= Rotation and dispersion velocities are projected along the line of sight; rotation values are with respect to the point r=0. number= PA (North --> East) is in the range [0, 360[, and with the following convention: - for 0<PA<180, r<0 corresponds to the eastern side of the galaxy, - for 180<PA<360, r<0 corresponds to the western side, - and for PA=0, r<0 is to the North. --- PA Position angle of slit PA (North --> East) is in the range [0, 360[, and with the following convention: - for 0<PA<180, r<0 corresponds to the eastern side of the galaxy, - for 180<PA<360, r<0 corresponds to the western side, - and for PA=0, r<0 is to the North. number= Rotation and dispersion velocities are projected along the line of sight; rotation values are with respect to the point r=0. number= PA (North --> East) is in the range [0, 360[, and with the following convention: - for 0<PA<180, r<0 corresponds to the eastern side of the galaxy, - for 180<PA<360, r<0 corresponds to the western side, - and for PA=0, r<0 is to the North. deg r Radius (<0 and >0 on opposite semi-axes) number= Rotation and dispersion velocities are projected along the line of sight; rotation values are with respect to the point r=0. number= PA (North --> East) is in the range [0, 360[, and with the following convention: - for 0<PA<180, r<0 corresponds to the eastern side of the galaxy, - for 180<PA<360, r<0 corresponds to the western side, - and for PA=0, r<0 is to the North. arcsec Vrot Projected mean stellar rotation velocity Rotation and dispersion velocities are projected along the line of sight; rotation values are with respect to the point r=0. number= Rotation and dispersion velocities are projected along the line of sight; rotation values are with respect to the point r=0. number= PA (North --> East) is in the range [0, 360[, and with the following convention: - for 0<PA<180, r<0 corresponds to the eastern side of the galaxy, - for 180<PA<360, r<0 corresponds to the western side, - and for PA=0, r<0 is to the North. km/s e_Vrot Mean error on Vrot number= Rotation and dispersion velocities are projected along the line of sight; rotation values are with respect to the point r=0. number= PA (North --> East) is in the range [0, 360[, and with the following convention: - for 0<PA<180, r<0 corresponds to the eastern side of the galaxy, - for 180<PA<360, r<0 corresponds to the western side, - and for PA=0, r<0 is to the North. km/s sigma Projected velocity dispersion number= Rotation and dispersion velocities are projected along the line of sight; rotation values are with respect to the point r=0. number= PA (North --> East) is in the range [0, 360[, and with the following convention: - for 0<PA<180, r<0 corresponds to the eastern side of the galaxy, - for 180<PA<360, r<0 corresponds to the western side, - and for PA=0, r<0 is to the North. km/s e_sigma Mean error on sigma number= Rotation and dispersion velocities are projected along the line of sight; rotation values are with respect to the point r=0. number= PA (North --> East) is in the range [0, 360[, and with the following convention: - for 0<PA<180, r<0 corresponds to the eastern side of the galaxy, - for 180<PA<360, r<0 corresponds to the western side, - and for PA=0, r<0 is to the North. km/s Francois Simien, Patricia Bauer CDS 1997Nov25Francois Simien <fs@cumulus.univ-lyon1.fr> J_A+AS_126_519.xml