Table 5
Parameters for PSR J2205+6012.
PSR name | J2205+6012 |
---|---|
MJD range | 56400-59294 |
Number of TOAs | 899 |
rms residuals (µs) | 1.50 |
rms averaged residuals (µs) | 0.752 |
TOA median uncertainty at 2.5 GHz, ![]() |
0.61 |
Reference epoch (MJD) | 56400 |
Measured timing parameters | |
Right ascension, α (hms, J2000) | 22:05:34.201416(20) |
Declination, δ (dms, J2000) | +60:12:55.14068(14) |
Proper motion in α, µα cos δ (mas yr−1) | 4.318(27) |
Proper motion in δ, µδ (mas yr−1) | 3.082(24) |
Period, Ps (ms) | 2.41554794898110(4) |
Period derivative, ![]() |
1.979391(29) |
DM (cm−3 pc) | 157.6435(6) |
DM derivative, DM1 (cm−3 pc yr−1) | 0.0015(4) |
DM second derivative, DM2 (cm−3 pc yr−2) | 0.00017(6) |
Orbital period, Pb (d) | 1.094551337704(12) |
Projected semi-major axis, x (lt-s) | 1.18410030(8) |
ELL1 Laplace-Lagrange parameter κ | 8.2(1.3) × 10−7 |
ELL1 Laplace-Lagrange parameter η | − 0.5(1.4) × 10−7 |
Time of ascending node (MJD) | 56306.555782949(22) |
log10(ADM)) | ![]() |
γDM | ![]() |
![]() |
< −13.2 |
γTN | — |
Derived parameters | |
Gal. longitude, l (deg) | 103.7 |
Gal. latitude, b (deg) | 3.7 |
Radio flux at 1.30 GHz (mJy) | 0.55 |
Radio flux at 1.42 GHz (mJy) | 0.49 |
Radio flux at 1.55 GHz (mJy) | 0.42 |
Radio flux at 1.68 GHz (mJy) | 0.34 |
Radio flux at 2.50 GHz (mJy) | 0.14 |
Radio flux at 4.85 GHz (mJy) | 0.03 |
Flux density spectrum | 2.2(4) |
Rotation measure, RM (rad m−2) | 85(2) |
Scattering time at 1GHz (ms) | 0.32(1) |
Scattering index | −3.71(6) |
Pulse width at 2.55 GHz (µs) | 35 |
Spindown power Ė (erg s−1) | 6.37× 1034 |
Integral energy flux > 100 MeV, G100 (erg cm−2 s−1) | 3.7(1.0)× 10−12 |
Distance (YMW16, kpc) | 3.54 |
Distance (NE2001, kpc) | 5.50 |
Luminosity Lγ (YMW16 distance, erg s−1) | 5.6(1.6) × 1033 |
Luminosity Lr (NE2001 distance, erg s−1) | 13.6(3.8) × 1033 |
Efficiency η = Lγ/Ė (YMW16 distance, percent) | 8.8 |
Efficiency η = Lγ/Ė (NE2001 distance, percent) | 21. |
Total proper motion, µ (mas yr−1) | 5.336(15) |
Characteristic age, τc (Gyr) | 1.93 |
Surface magnetic field, B (× 108 G) | 2.2 |
Notes. Our TEMPONEST timing analysis makes use of the JPL DE438 Solar System ephemeris and the TCB timescale. For the measured timing parameters, the numbers in parentheses represent the 1σ uncertainty taken as the 68% confidence levels around the median value for the posterior of each parameter. As the TN is not constrained, we report the 95% confidence upper limit for the amplitude, . The rms residuals are computed after subtraction of the DM model.
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