/ftp/cats/A+A/557
Subdirectories represent pages of A+A vol. 557
drwxr-xr-x 436 cats archive 8192 Apr 9 11:56 [Up]
-rw-r--r-- 1 cats archive 47 Aug 12 2013 .message
drwxr-xr-x 5 cats archive 4096 Jan 12 2023 A1
drwxr-xr-x 4 cats archive 289 Jan 12 2023 A10
drwxr-xr-x 4 cats archive 4096 Jan 13 2023 A100
drwxr-xr-x 5 cats archive 4096 Jan 12 2023 A104
drwxr-xr-x 4 cats archive 4096 Jan 12 2023 A106
drwxr-xr-x 4 cats archive 291 Jan 12 2023 A119
drwxr-xr-x 4 cats archive 4096 Jan 12 2023 A12
drwxr-xr-x 4 cats archive 307 Jan 12 2023 A123
drwxr-xr-x 4 cats archive 311 Jan 12 2023 A128
drwxr-xr-x 3 cats archive 4096 Jan 12 2023 A13
drwxr-xr-x 4 cats archive 246 Jan 12 2023 A136
drwxr-xr-x 4 cats archive 4096 Jan 12 2023 A137
drwxr-xr-x 4 cats archive 4096 Jan 12 2023 A138
drwxr-xr-x 4 cats archive 266 Jan 12 2023 A18
drwxr-xr-x 4 cats archive 221 Jan 12 2023 A19
drwxr-xr-x 4 cats archive 225 Jan 12 2023 A26
drwxr-xr-x 3 cats archive 297 Jan 12 2023 A29
drwxr-xr-x 4 cats archive 4096 Jan 12 2023 A30
drwxr-xr-x 4 cats archive 278 Jan 12 2023 A44
drwxr-xr-x 5 cats archive 4096 Jan 12 2023 A62
drwxr-xr-x 4 cats archive 239 Jan 12 2023 A66
drwxr-xr-x 4 cats archive 4096 Jan 12 2023 A70
drwxr-xr-x 4 cats archive 260 Jan 12 2023 A77
drwxr-xr-x 5 cats archive 4096 Jan 12 2023 A79
drwxr-xr-x 4 cats archive 312 Jan 12 2023 A81
drwxr-xr-x 4 cats archive 270 Jan 12 2023 A82
drwxr-xr-x 4 cats archive 255 Jan 12 2023 A84
drwxr-xr-x 5 cats archive 327 Jan 12 2023 A94
drwxr-xr-x 6 cats archive 235 Jan 13 2023 L1
drwxr-xr-x 4 cats archive 292 Jan 12 2023 L10
drwxr-xr-x 4 cats archive 279 Jan 12 2023 L6
-rw-r--r-- 1 cats archive 22472 Feb 6 2017 ReadMe
Beginning of ReadMe :
File: NrecxLrec Unix Z Explanation
J/A+A/557/A1/ReadMe: 109x80 14b 0b Bright B-type variables in Scorpius (Handler+, 2013)
J/A+A/557/A1/lc/*: 14x. 158b 0b
J/A+A/557/A1/list.dat: 5x73 2b 0b List of photometry files
J/A+A/557/A1 =====>: 128x80 174b 0b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A10/ReadMe: 89x80 11b 0b Metallicities of open clusters (Netopil+, 2013)
J/A+A/557/A10/table2.dat: 58x68 9b 4b Parameters for 58 open clusters
J/A+A/557/A10 =====>: 147x80 20b 4b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A100/ReadMe: 90x80 11b 0b Fermi and Swift GRBs E_peak_-E_iso_ relation (Heussaff+, 2013)
J/A+A/557/A100/refs.dat: 77x194 9b 4b References
J/A+A/557/A100/tablea1.dat: 43x68 7b 4b 43 GRBs with a redshift
J/A+A/557/A100/tablea2.dat: 243x68 34b 11b 243 GRBs without a redshift
J/A+A/557/A100 =====>: 453x1946 61b 19b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A104/ReadMe: 129x80 16b 0b Short Title (Author+, )
J/A+A/557/A104/fits/*: 74x. 9756b 0b
J/A+A/557/A104/list.dat: 74x108 17b 0b List of FITS files
J/A+A/557/A104/stars.dat: 24x131 8b 4b Post-AGB sources observed with the 30m IRAM
J/A+A/557/A104 =====>: 301x1316 9797b 4b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A106/ReadMe: 92x80 12b 0b Evolution and CNO yields of Z=10^-5^ stars (Gil-Pons+, 2013)
J/A+A/557/A106/esurf040.dat: 4038171 7258b 1118b (2 headlines) Time evolution of surface abundances M=4M_sun_
J/A+A/557/A106/esurf050.dat: 7751x 1395b 236b (2 headlines) Time evolution of surface abundances M=5M_sun_
J/A+A/557/A106/esurf060.dat: 2288717 4114b 763b (2 headlines) Time evolution of surface abundances M=6M_sun_
J/A+A/557/A106/esurf070.dat: 8294404 14906b 1270b (2 headlines) Time evolution of surface abundances M=7M_sun_
J/A+A/557/A106/esurf080.dat: 2481565 4461b 714b (2 headlines) Time evolution of surface abundances M=8M_sun_
J/A+A/557/A106/esurf090.dat: 7378171 13259b 941b (2 headlines) Time evolution of surface abundances M=9M_sun_
J/A+A/557/A106/evohr040.dat: 185896 909b 50b (2 headlines) Model stars for Z=10^-5^ and M=4M_sun_
J/A+A/557/A106/evohr050.dat: 193900 948b 54b (2 headlines) Model stars for Z=10^-5^ and M=5M_sun_
J/A+A/557/A106/evohr060.dat: 161028 788b 59b (2 headlines) Model stars for Z=10^-5^ and M=6M_sun_
J/A+A/557/A106/evohr070.dat: 164314 804b 90b (2 headlines) Model stars for Z=10^-5^ and M=7M_sun_
J/A+A/557/A106/evohr080.dat: 15072304 7361b 196b (2 headlines) Model stars for Z=10^-5^ and M=8M_sun_
J/A+A/557/A106/evohr090.dat: 4092x 201b 18b (2 headlines) Model stars for Z=10^-5^ and M=9M_sun_
J/A+A/557/A106 =====>: 477976x91 9 56416b 5509b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A119/ReadMe: 79x80 10b 0b Eclipsing binary system LL Aquarii (Southworth, 2013)
J/A+A/557/A119/spectrum.dat: 20594860 8448b 2736b Echelle spectrum
J/A+A/557/A119/wasplc.dat: 25056x3 1812b 395b SuperWASP light curve
J/A+A/557/A119 =====>: 231078x80 6 10270b 3131b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A12/ReadMe: 256x80 29b 0b Gamma-ray burst optical light-curve zoo (Zaninoni+, 2013)
J/A+A/557/A12/sample.dat: 68x37 7b 4b Sample
J/A+A/557/A12/tablea1.dat: 29x35 3b 0b Conversion factors used to convert magnitude
J/A+A/557/A12/tablec1.dat: 371x359 262b 48b Optical light-curve fit parameters
J/A+A/557/A12/tablec2.dat: 136x123 34b 11b Parameters of the SED fitted with a single
J/A+A/557/A12/tablec3.dat: 136x156 43b 14b Parameters of the SED fitted with a
J/A+A/557/A12/tablec4.dat: 136x64 19b 7b Parameters of the fit of the X-ray spectrum
J/A+A/557/A12/tablec5.dat: 68x20 4b 3b Redshift and luminosity distance
J/A+A/557/A12/tablec6.dat: 514x44 47b 12b Optical data used in the SED
J/A+A/557/A12 =====>: 1714x359 448b 99b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A123/ReadMe: 101x80 13b 0b XMM-Newton Wide Angle Survey (XWAS) (Esquej+, 2013)
J/A+A/557/A123/sp/*: 940x. 42300b 0b
J/A+A/557/A123/xwas_cat.dat: 940x1 207b 67b X-ray/optical catalogue
J/A+A/557/A123 =====>: 1981x1110 42520b 67b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A128/ReadMe: 115x80 14b 0b NGC6752 first/second generation stars fraction (Carretta, 2013)
J/A+A/557/A128/table2.dat: 1891x78 293b 122b NGC 6752 ID, coordinates, atmopheric parameters,
J/A+A/557/A128 =====>: 2006x80 8 307b 122b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A13/ReadMe: 66x80 9b 0b 3 eclipsing high-mass binaries light curve (Barr Dominguez+, 2013)
J/A+A/557/A13/cpd5118i.dat: 89x19 5b 2b Sloan i Phase Light curve for CPD-51 8946
J/A+A/557/A13/cpd5118r.dat: 88x19 5b 2b Sloan r Phase Light curve for CPD-51 8946
J/A+A/557/A13/hd31970i.dat: 80x19 5b 2b Sloan i Phase Light curve for HD 319702
J/A+A/557/A13/hd31970r.dat: 68x19 4b 2b Sloan r Phase Light curve for HD 319702
J/A+A/557/A13/pis24i.dat: 80x19 5b 2b Sloan i Phase Light curve for Pismis 24-1
J/A+A/557/A13/pis24r.dat: 68x19 4b 2b Sloan r Phase Light curve for Pismis 24-1
J/A+A/557/A13 =====>: 539x80 37b 12b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A136/ReadMe: 83x80 11b 0b Oxygen-like ions Energies and transition rates (Rynkun+, 2013)
J/A+A/557/A136/table8.dat: 276x82 46b 12b Energy levels and lifetimes
J/A+A/557/A136/table9.dat: 1237x93 223b 48b E1, M1, E2, and M2 transition data
J/A+A/557/A136 =====>: 1596x93 3 280b 60b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A137/ReadMe: 232x80 31b 0b Dust effects on photometric parameters in spirals (Pastrav+, 2013)
J/A+A/557/A137/tablea1.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, exp bulge(B, B/D=0.25)
J/A+A/557/A137/tablea2.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, exp bulge(V, B/D=0.25)
J/A+A/557/A137/tablea3.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, exp bulge(I, B/D=0.25)
J/A+A/557/A137/tablea4.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, exp bulge(J, B/D=0.25)
J/A+A/557/A137/tablea5.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, exp bulge(K, B/D=0.25)
J/A+A/557/A137/tablea6.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, exp bulge(B, B/D=0.50)
J/A+A/557/A137/tablea7.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, exp bulge(V, B/D=0.50)
J/A+A/557/A137/tablea8.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, exp bulge(I, B/D=0.50)
J/A+A/557/A137/tablea9.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, exp bulge(J, B/D=0.50)
J/A+A/557/A137/tablea10.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, exp bulge(K, B/D=0.50)
J/A+A/557/A137/tablea11.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, deV bulge(B, B/D=0.25)
J/A+A/557/A137/tablea12.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, deV bulge(V, B/D=0.25)
J/A+A/557/A137/tablea13.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, deV bulge(I, B/D=0.25)
J/A+A/557/A137/tablea14.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, deV bulge(J, B/D=0.25)
J/A+A/557/A137/tablea15.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, deV bulge(K, B/D=0.25)
J/A+A/557/A137/tablea16.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, deV bulge(B, B/D=0.50)
J/A+A/557/A137/tablea17.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, deV bulge(V, B/D=0.50)
J/A+A/557/A137/tablea18.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, deV bulge(I, B/D=0.50)
J/A+A/557/A137/tablea19.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, deV bulge(J, B/D=0.50)
J/A+A/557/A137/tablea20.dat: 6x33 2b 0b Projection eff-exp+Sersic fits, deV bulge(K, B/D=0.50)
J/A+A/557/A137/tablea21.dat: 6x39 2b 0b Proj. eff. -Sersic+Sersic fits, exp bulge(B, B/D=0.25)
J/A+A/557/A137/tablea22.dat: 6x39 2b 0b Proj. eff. -Sersic+Sersic fits, exp bulge(V, B/D=0.25)
J/A+A/557/A137/tablea23.dat: 6x39 2b 0b Proj. eff. -Sersic+Sersic fits, exp bulge(I, B/D=0.25)
J/A+A/557/A137/tablea24.dat: 6x39 2b 0b Proj. eff. -Sersic+Sersic fits, exp bulge(J, B/D=0.25)
J/A+A/557/A137/tablea25.dat: 6x39 2b 0b Proj. eff. -Sersic+Sersic fits, exp bulge(K, B/D=0.25)
J/A+A/557/A137/tablea26.dat: 6x39 2b 0b Proj. eff. -Sersic+Sersic fits, exp bulge(B, B/D=0.50)
J/A+A/557/A137/tablea27.dat: 6x39 2b 0b Proj. eff. -Sersic+Sersic fits, exp bulge(V, B/D=0.50)
J/A+A/557/A137/tablea28.dat: 6x39 2b 0b Proj. eff. -Sersic+Sersic fits, exp bulge(I, B/D=0.50)
J/A+A/557/A137/tablea29.dat: 6x39 2b 0b Proj. eff. -Sersic+Sersic fits, exp bulge(J, B/D=0.50)
J/A+A/557/A137/tablea30.dat: 6x39 2b 0b Proj. eff. -Sersic+Sersic fits, exp bulge(K, B/D=0.50)
J/A+A/557/A137/tableb1.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, exp bulge (B, B/D=0.25)
J/A+A/557/A137/tableb2.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, exp bulge (V, B/D=0.25)
J/A+A/557/A137/tableb3.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, exp bulge (I, B/D=0.25)
J/A+A/557/A137/tableb4.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, exp bulge (J, B/D=0.25)
J/A+A/557/A137/tableb5.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, exp bulge (K, B/D=0.25)
J/A+A/557/A137/tableb6.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, exp bulge (B, B/D=0.50)
J/A+A/557/A137/tableb7.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, exp bulge (V, B/D=0.50)
J/A+A/557/A137/tableb8.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, exp bulge (I, B/D=0.50)
J/A+A/557/A137/tableb9.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, exp bulge (J, B/D=0.50)
J/A+A/557/A137/tableb10.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, exp bulge (K, B/D=0.50)
J/A+A/557/A137/tableb11.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, deV bulge (B, B/D=0.25)
J/A+A/557/A137/tableb12.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, deV bulge (B, B/D=0.25)
J/A+A/557/A137/tableb13.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, deV bulge (B, B/D=0.25)
J/A+A/557/A137/tableb14.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, deV bulge (B, B/D=0.25)
J/A+A/557/A137/tableb15.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, deV bulge (B, B/D=0.25)
J/A+A/557/A137/tableb16.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, deV bulge (B, B/D=0.25)
J/A+A/557/A137/tableb17.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, deV bulge (V, B/D=0.25)
J/A+A/557/A137/tableb18.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, deV bulge (I, B/D=0.25)
J/A+A/557/A137/tableb19.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, deV bulge (J, B/D=0.25)
J/A+A/557/A137/tableb20.dat: 42x46 5b 3b Dust effects -exp+Sersic fits, deV bulge (K, B/D=0.25)
J/A+A/557/A137/tableb21.dat: 42x54 6b 3b Dust effects-Sersic+Sersic fits,exp bulge(B, B/D=0.25)
J/A+A/557/A137/tableb22.dat: 42x54 6b 3b Dust effects-Sersic+Sersic fits,exp bulge(V, B/D=0.25)
J/A+A/557/A137/tableb23.dat: 42x54 6b 3b Dust effects-Sersic+Sersic fits,exp bulge(I, B/D=0.25)
J/A+A/557/A137/tableb24.dat: 42x54 6b 3b Dust effects-Sersic+Sersic fits,exp bulge(J, B/D=0.25)
J/A+A/557/A137/tableb25.dat: 42x54 6b 3b Dust effects-Sersic+Sersic fits,exp bulge(K, B/D=0.25)
J/A+A/557/A137/tableb26.dat: 42x54 6b 3b Dust effects-Sersic+Sersic fits,exp bulge(B, B/D=0.50)
J/A+A/557/A137/tableb27.dat: 42x54 6b 3b Dust effects-Sersic+Sersic fits,exp bulge(V, B/D=0.50)
J/A+A/557/A137/tableb28.dat: 42x54 6b 3b Dust effects-Sersic+Sersic fits,exp bulge(I, B/D=0.50)
J/A+A/557/A137/tableb29.dat: 42x54 6b 3b Dust effects-Sersic+Sersic fits,exp bulge(J, B/D=0.50)
J/A+A/557/A137/tableb30.dat: 42x54 6b 3b Dust effects-Sersic+Sersic fits,exp bulge(K, B/D=0.50)
J/A+A/557/A137/tablec1.dat: 42x20 3b 0b Dust effects(exp bulge)-single Sersic fits(B,B/D=0.25)
J/A+A/557/A137/tablec2.dat: 42x20 3b 0b Dust effects(exp bulge)-single Sersic fits(V,B/D=0.25)
J/A+A/557/A137/tablec3.dat: 42x20 3b 0b Dust effects(exp bulge)-single Sersic fits(I,B/D=0.25)
J/A+A/557/A137/tablec4.dat: 42x20 3b 0b Dust effects(exp bulge)-single Sersic fits(J,B/D=0.25)
J/A+A/557/A137/tablec5.dat: 42x20 3b 0b Dust effects(exp bulge)-single Sersic fits(K,B/D=0.25)
J/A+A/557/A137/tablec6.dat: 42x20 3b 0b Dust effects(exp bulge)-single Sersic fits(B,B/D=0.25)
J/A+A/557/A137/tablec7.dat: 42x20 3b 0b Dust effects(exp bulge)-single Sersic fits(V,B/D=0.25)
J/A+A/557/A137/tablec8.dat: 42x20 3b 0b Dust effects(exp bulge)-single Sersic fits(I,B/D=0.25)
J/A+A/557/A137/tablec9.dat: 42x20 3b 0b Dust effects(exp bulge)-single Sersic fits(J,B/D=0.25)
J/A+A/557/A137/tablec10.dat: 42x20 3b 0b Dust effects(exp bulge)-single Sersic fits(K,B/D=0.25)
J/A+A/557/A137 =====>: 2092x80 0 281b 90b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A138/ReadMe: 229x80 27b 0b NGC362: another GC with a split red giant branch (Carretta+ 2013)
J/A+A/557/A138/table2.dat: 92x69 14b 6b ID, coordinates, magnitudes, RV
J/A+A/557/A138/table3.dat: 92x58 11b 5b Teff, logg, [A/H], Vt, [FeI/H], [FeII/H]
J/A+A/557/A138/table4.dat: 92x61 12b 4b [O/Fe], [Na/Fe], [Mg/Fe], [Al/Fe]
J/A+A/557/A138/table5.dat: 92x55 10b 4b [Si/Fe], [Ca/Fe], [TiI/Fe], [TiII/Fe]
J/A+A/557/A138/table6.dat: 92x99 17b 5b [ScII/Fe], [V/Fe], [CrI/Fe], [Mn/Fe], [Co/Fe],
J/A+A/557/A138/table7.dat: 14x97 4b 2b [YII/Fe], [ZrII/Fe], [LaII/Fe], [CeII/Fe],
J/A+A/557/A138/table8.dat: 92x20 4b 3b [BaII/Fe]
J/A+A/557/A138 =====>: 795x99 2 99b 29b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A18/ReadMe: 89x80 11b 0b GRB 120815A afterglow spectra (Kruehler+, 2013)
J/A+A/557/A18/nir.dat: 27755x32 1790b 569b VLT/X-shooter near-infrared arm spectrum
J/A+A/557/A18/uvb.dat: 17796x32 1149b 366b VLT/X-shooter ultra-violet/blue arm spectrum
J/A+A/557/A18/vis.dat: 34455x32 2222b 683b VLT/X-shooter visual arm spectrum
J/A+A/557/A18 =====>: 80095x80 5172b 1618b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A19/ReadMe: 66x80 8b 0b Mass and age determinations of ELM WD (Althaus+, 2013)
J/A+A/557/A19/elm.dat: 4183x133 1096b 241b Interpolated M(logTeff, logg) relation
J/A+A/557/A19 =====>: 4249x133 1104b 241b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A26/ReadMe: 82x80 11b 0b Stagger-grid of 3D stellar models. I. (Magic+, 2013)
J/A+A/557/A26/tablec1.dat: 202x133 54b 23b Stellar parameters
J/A+A/557/A26 =====>: 284x133 65b 23b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A29/ReadMe: 76x80 10b 0b Young stellar clusters in the Rosette (Cambresy+, 2013)
J/A+A/557/A29/clusters.dat: 13x32 2b 0b Cluster list
J/A+A/557/A29/table4.dat: 535x96 103b 36b YSO candidates in the Rosette Molecular Cloud
J/A+A/557/A29 =====>: 624x96 115b 36b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A30/ReadMe: 104x80 12b 0b Simultaneous obs. of HAT-P-16 & WASP-21 transits (Ciceri+, 2013)
J/A+A/557/A30/hp16_c-1.dat: 535x30 34b 11b HAT-P-16 Calar Alto #1 light curve in Fig.3
J/A+A/557/A30/hp16_c-2.dat: 216x30 15b 6b HAT-P-16 Calar Alto #2 light curve in Fig.3
J/A+A/557/A30/hp16_l-1.dat: 261x30 17b 6b HAT-P-16 Loiano #1 light curve in Fig.3
J/A+A/557/A30/hp16_l-2.dat: 197x30 13b 5b HAT-P-16 Loiano #2 light curve in Fig.3
J/A+A/557/A30/table1.dat: 6x107 3b 0b Observing log for the two transiting extrasolar
J/A+A/557/A30/w21_caha.dat: 218x30 15b 5b WASP-21 Calar Alto light curve in Fig.4
J/A+A/557/A30/w21_loia.dat: 171x30 12b 5b WASP-21 Loiano light curve in Fig.4
J/A+A/557/A30 =====>: 1708x107 121b 38b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A44/ReadMe: 101x80 12b 0b Time delays of SDSS J1001+5027 (Rathna Kumar+, 2013)
J/A+A/557/A44/fig4.dat: 443x54 48b 0b R-band light curves of SDSS J1001+5027
J/A+A/557/A44 =====>: 544x80 60b 0b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A62/ReadMe: 122x80 15b 0b Galaxy population of Abell 3921 (Pranger+, 2013)
J/A+A/557/A62/fits/*: 658x. 29564b 0b
J/A+A/557/A62/list.dat: 658x60 80b 8b Summary of fits files
J/A+A/557/A62/table5.dat: 523x51 55b 16b Galaxies of Abell 3921 observations
J/A+A/557/A62/table5.fits: 14x2880 80b 22b
J/A+A/557/A62 =====>: 1975x2880 29794b 46b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A66/ReadMe: 88x80 11b 0b Effective SEDs of IR galaxies at various z (Bethermin+, 2013)
J/A+A/557/A66/sed.dat: 151x195 59b 20b Table of the effective SEDs
J/A+A/557/A66 =====>: 239x195 70b 20b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A70/ReadMe: 93x80 12b 0b Evolved planet hosts - stellar parameters (Mortier+, 2013)
J/A+A/557/A70/table5.dat: 71x64 11b 5b Parameters from SO08-TS13 line list set (all stars)
J/A+A/557/A70/table6.dat: 71x64 11b 5b Parameters from HM07 line list (all stars)
J/A+A/557/A70/tablea1.dat: 61x60 9b 4b Parameters from SO08 line list (cool stars)
J/A+A/557/A70 =====>: 296x80 43b 14b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A77/ReadMe: 67x80 8b 0b VR light curves of AA Tau in 2007-2013 (Bouvier+, 2013)
J/A+A/557/A77/aatau.dat: 183x30 13b 5b AA Tau photometric measurements obtained at CrAO
J/A+A/557/A77 =====>: 250x80 21b 5b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A79/ReadMe: 93x80 11b 0b Spectra of KIC10661783 (Lehmann+, 2013)
J/A+A/557/A79/hjd.dat: 26x42 4b 2b List of spectra with heliocentric Julian dates
J/A+A/557/A79/sp/*: 26x. 14508b 0b
J/A+A/557/A79 =====>: 145x80 14523b 2b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A81/ReadMe: 126x80 16b 0b XMM-LSS field X-ray sources classification (Melnyk+, 2013)
J/A+A/557/A81/refs.dat: 15x149 4b 3b References
J/A+A/557/A81/table2.dat: 4206x109 905b 197b Parameters of X-ray sources
J/A+A/557/A81 =====>: 4347x149 925b 200b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A82/ReadMe: 111x80 14b 0b NIR polarimetry of GC sources (Buchholz+, 2013)
J/A+A/557/A82/pollist.dat: 557x130 144b 26b H- and Ks-band polarization parameters (tableA1)
J/A+A/557/A82 =====>: 668x130 158b 26b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A84/ReadMe: 50x80 6b 0b AMUSE code, V8.0 (Pelupessy+, 2013)
J/A+A/557/A84/amuse-8.0.tar: 27090 1955970743097 616181b 190855b (6595575 non-ascii chars)
J/A+A/557/A84/readme.txt: 128x72 8b 4b
J/A+A/557/A84 =====>: 2709275x72200756313 616195b 190859b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/A94/ReadMe: 107x80 14b 0b SiO and HCO+ massive molecular outflows (Sanchez-Monge+, 2013)
J/A+A/557/A94/fits/*: 42x. 240326b 0b
J/A+A/557/A94/table1.dat: 14x114 5b 3b List of observed sources, and spectral energy
J/A+A/557/A94 =====>: 163x114 240345b 3b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/L1/ReadMe: 60x80 8b 0b WMAP cosmic microwave background data (Rassat+, 2013)
J/A+A/557/L1/codes/*: 5x. 82b 0b
J/A+A/557/L1/fits/*: 21x. 986490b 0b
J/A+A/557/L1/list.dat: 26x149 8b 3b List of reconstructed maps and codes
J/A+A/557/L1 =====>: 112x149 986588b 3b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/L10/ReadMe: 73x80 9b 0b Short Title (Author+, )
J/A+A/557/L10/table1.dat: 12151x64 1544b 509b Rotation periods, MAD values, and KIC parameters
J/A+A/557/L10 =====>: 12224x80 1553b 509b Total
File: NrecxLrec Unix Z Explanation
J/A+A/557/L6/ReadMe: 68x80 9b 0b Spectra of the Titan haze at 1-5 micron (Kim+, 2013)
J/A+A/557/L6/fig1.dat: 3831x79 600b 213b VIMS transmission spectra
J/A+A/557/L6/fig2.dat: 178x42 16b 5b Haze optical depth spectra
J/A+A/557/L6 =====>: 4077x80 625b 218b Total