VII/156 Catalog of 558 Pulsars (Taylor+ 1993)
Catalog of 558 Pulsars
Taylor J.H., Manchester R.N., Lyne A.G.
<Astrophys. J. Suppl. 88, 529 (Jodrell Bank Preprint 1070) (1993)>
=1993ApJS...88..529T 1993ApJS...88..529T
ADC_Keywords: Pulsars
Description:
The catalogue is an up-to-date compilation of the principal observed
parameters of 558 pulsars, including positions, timing parameters,
pulse widths, flux densities, proper motions, distances, and
dispersion, rotation, and scattering measures. It also lists the
orbital elements of binary pulsars, and some commonly used parameters
derived from the basic measurements. Uncertainties are quoted for most
quantities.
History:
The files are directly transformed from the computer database
described in the paper (from node pulsar.princeton.edu) in its status
of May 1993. The files "table1" (Observed and Derived parameters
corresponding to tables 1, 2 and 4 of the publication) and "table3"
(binary pulsar orbital elements) were rebuilt from the file
"ascat1.dat", the only modifications being the conversion from radians
to degrees for positional data.
Notice:
The files are NOT updated at CDS.
The updated database can be loaded via anonymous ftp at Internet node
pulsar.princeton.edu = 128.112.131.69
in directory pub/catalog
ftp://pulsar.princeton.edu/pub/catalog
Acknowledgements:
We thank Prof. J. Taylor for allowing the access to the files.
File Summary:
--------------------------------------------------------------------------------
File Name Lrecl Records Explanations
--------------------------------------------------------------------------------
ReadMe 80 . This file
table1.dat 510 558 Observed and Derived parameters
(tables 1, 2 and 4 of the publication)
table3.dat 239 25 Orbital Elements of binary pulsars
--------------------------------------------------------------------------------
Byte-per-byte Description of file: table1.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 12 A12 --- Jname the J2000 pulsar name
13- 20 A8 --- Bname the B1950 pulsar name
23- 36 F14.10 deg RAdeg the J2000 right ascension in decimal degrees
39- 52 F14.10 deg RA1950 the B1950 right ascension in decimal degrees
53- 62 E10.2 deg e_RAdeg mean error on RA
65- 78 F14.10 deg DEdeg the J2000 declination in decimal degrees
81- 94 F14.10 deg DE1950 the B1950 declination in decimal degrees
95-104 E10.2 deg e_DEdeg mean error on DEC
105-110 I6 --- Scode Survey code which is the sum of relevant codes
from table 5 below
114-121 F8.2 kpc dmin lower limit to distance in kpc
122-129 F8.2 kpc dmax upper limit to distance in kpc
130-137 F8.2 kpc dist adopted distance of pulsar in kpc
138-139 I2 --- dflag flag for dist: 0= measured value
1= lower limit 2= upper limit,
141 A1 --- lcode a(best) to c(worst) reliability of distance
on low side
142 A1 --- ucode a(best) to c(worst) reliability of distance
on high side
143-152 F10.4 deg GLON the galactic longitude in degrees
153-162 F10.4 deg GLAT the galactic latitude in degrees
163-172 F10.4 mas/a pmRA proper motion in RA direction in mas/yr
173-180 F8.4 mas/a e_pmRA mean error on pmRA
181-190 F10.4 mas/a pmDE proper motion in declination in mas/yr
191-198 F8.4 mas/a e_pmDE mean error on pmDE
199-208 F10.2 MJD Epoch epoch of position (MJD)
209-230 F22.19 s P the barycentric period in seconds
231-240 E10.2 s e_P mean error on P
241-256 D16.8 --- Pdot the barycentric period derivative
in units of s/s
257-266 E10.2 --- e_Pdot mean error on Pdot
267-280 F14.6 MJD Pepoch epoch of the barycentric period
281-294 D14.6 s-3 f2 2nd time derivative of barycentric rotation
frequency in /s^3
295-304 E10.2 s-3 e_f2 mean error on f2
305-318 D14.6 s-4 f3 3rd time derivative of barycentric rotation
frequency in /s^4
319-328 E10.2 s-4 e_f3 mean error on f3
329-334 F6.2 [s] ltau_s log of scattering time constant at 400 MHz
in sec
335-336 I2 --- tsflag flag for ltau_s: 0= measured value
1= lower limit 2= upper limit,
337-344 F8.1 K Tbg sky background temp in K
345-350 I6 --- ntype * octal code for pulsar type
351-364 F14.5 pc/cm3 DM dispersion measure in pc/cm^3
365-376 F12.5 pc/cm3 e_DM mean error on DM
377-388 F12.3 rad/m2 RM rotation measure in rad/m^2
389-400 F12.3 rad/m2 e_RM mean error on RM
401-410 F10.2 ms We equivalent width of the integrated pulse
profile in ms
411-420 F10.2 ms w50 profile width at 50% of peak in ms
421-430 F10.2 ms w10 profile width at 10% of peak in ms
431-438 F8.2 mJy s400 time averaged flux density at 400MHz in mJy
439-446 F8.2 mJy s600 time averaged flux density at 600MHz in mJy
447-454 F8.2 mJy s1400 time averaged flux density at 1400MHz in mJy
455-456 I2 --- modcode distance model ID
457-458 I2 --- limcode flag for modcode:
1 if model distance is lower limit,
0 otherwise.
459-466 F8.4 --- dmodel distance of pulsar from DM and model of
Galactic electron density
467-476 F10.3 [mJy.kpc2] L log of radio luminosity in mJy.kpc^2
477-486 F10.3 [10-4T] B log of surface dipole magnetic field in gauss
487-496 F10.3 [yr] age log of characteristic age in years
497-506 F10.3 [10-7W] Edot log of total energy loss rate in erg/s
510 I1 --- ibin Number of companions
(binary pulsars in table 3)
--------------------------------------------------------------------------------
Note on ntype:
octal code for pulsar type, made of the sum
of the following elements (the letter in
brackets indicate the "Type" displayed by
the "pulsar" program):
001 = Globular cluster association [C]
002 = SNR association [S]
004 = Glitches in period [G]
010 = Binary or multiple pulsar [B]
020 = Millisecond pulsar [M]
040 = Recycled pulsar [R]
100 = Radio interpulse [I]
200 = Optical, X-ray or Gamma-ray [H]
pulsed emission (high energy)
400 = Extragalactic (in MC) pulsar [E]
dispersion measure in pc/cm^3
Byte-per-byte Description of file: table3.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 12 A12 --- Jname J2000 pulsar name
13- 30 F18.12 d pbin binary period in days
31- 40 E10.2 d e_pbin mean error on pbin
41- 55 F15.8 s xbin binary orbital radius (x=a1.sini/c) in seconds
56- 65 E10.2 s e_xbin mean error on xbin
66- 77 F12.6 deg wbin binary longitude of periastron in degrees
78- 87 F10.6 deg e_wbin mean error on wbin
88- 99 F12.6 deg/a wdotbin rate of advance of binary periastron in
degrees/Julian year
100-109 F10.6 deg/a e_wdotbin mean error on wdotbin
110-121 F12.9 --- eccbin binary orbital eccentricity
122-131 E10.2 --- e_eccbin mean error on eccbin
132-149 F18.10 MJD epbin epoch of binary periastron (MJD)
150-159 E10.2 MJD e_epbin mean error on epbin
160-171 E12.4 s gambin post-Keplerian 'gamma' term in sec
172-181 E10.2 s e_gambin mean error on gambin
182-193 E12.4 --- pdbin 1st time-derivative of binary period
194-203 E10.2 --- e_pdbin mean error on pdbin
204-211 F8.4 --- sinibin post-Keplerian 's' term
212-217 F6.2 --- e_sinibin mean error on sinibin
218-229 E12.4 --- rbin post-Keplerian 'r' term
230-239 E10.2 --- e_rbin mean error on rbin
--------------------------------------------------------------------------------
Table 5: Survey codes (see also the original paper)
-----------------------------
Survey MHz Code
-----------------------------
Molonglo 1 408 1
Jodrell Bank 1 408 2
Arecibo 1 430 4
Molonglo 2 408 10
Green Bank 1 400 20
Green Bank 2 400 40
Jodrell Bank 2 1400 100
Green Bank 3 400 200
Arecibo 2 430 400
Parkes 1 1520 1000
Arecibo 3 430 2000
-----------------------------
(End) 30-Aug-1993