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BinaryPSR_distance_Optical_counterpart_4.4_15.txt
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BinaryPSR_distance_Optical_counterpart_4.4_15.txt
1
PSR Name px_VLBI px_timing D_HE D_optical D_DM_NE2001 D_DM_YMW17 IPTA S1400 Pbdot_obs Pbdot_GR_Flag Pbdot_GR Pbdot_Shk Pbdot_dgr Pbdot_kz Pbdot_Gal Pbdot_Shk_Gal mass_constraints reference m2_opticalJ0348+0432 MSPSRPI 0.47(0)? 2.1(2) "2.076, 1.375, >41.759" "2.2549 , 1.3917 , 4.3043" * -0.273(45)e-12 Done -0.258(+8-11)e-12 1.286(+249-219)e-15 1.398(118)e-15 8.41(+19-18)e-16 2.239(+137-136)e-15 3.53(+28-26)e-15 "q, mc" Science2013_A Massive Pulsar in a Compact Relativistic Binary.pdf 0.172(3)J0437-4715 6.396(54) 6.37(9) 0.156(1) DM "0.139, 0.110, 0.172" "0.1561 , 0.1459 , 0.1776" X 149 3.7276(58)e-12 IPTA -3.2(0)e-16 "omdot, sini, mc" MNRAS_2016_Reardon_455_1751.pdf J0613-0200 1.25(13) 0.9+4-2 px "1.705, 1.444, 1.966" "1.0236 , 0.5577 , 1.345" X 2.3 0.48(10)e-13 IPTA MNRAS_2016_Desvignes_458_3341.pdf J0621+1002 MSPSRPI "1.358, 1.141, 1.573" "0.4198 , 0.1678 , 0.8536" X 1.9 IPTA MNRAS_2016_Desvignes_458_3341.pdf J0737-3039 0.872(143) 3(2) "0.516, 0.494, 0.538" "1.0949 , 0.4882 , 1.7645" 1.6 -1.252(17)e-12 Done -1.24787(13)e-12 5.11(+184-138)e-16 -4.80(+57-71)e-16 3.96(+44-37)e-17 -4.40(+61-77)e-16 6.89(+1933-1560)e-17 Science2006-Tests of General Relativity from Timing the Double Pulsar.pdf J0751+1807 0.82(17) 0.4+2-1 (Fermi2PSR) px 1.51(35) (Guillemot16) px "1.145, 0.928, 1.386" "0.4278 , 0.203 , 0.8427" X 3.2 -3.50(25)e-14 IPTA "???Author, The mass of IPTA may be weaker! Need Check" "h3, zeta" MNRAS_2016_Desvignes_458_3341.pdf J1012+5307 MSPSRPI 0.71(17) 0.84(9) MNRAS_1998_Callanan_298_207.pdf "0.411, 0.355, 0.470" "0.8049 , 0.641 , 0.9817" X 3.2 6.1(4)e-14 IPTA ??? have send email to YJ.Guo MNRAS_2016_Desvignes_458_3341 J1022+1001 1.43(+2-3) 1.1(3) "0.450, 0.385, 0.519" "0.834 , 0.6472 , 1.0451" X 6 -8.051(1178)e-16 IPTA Deller_2016_ApJ_828_8__MNRAS_2016_Reardon_455_1751 0.92(5) for DA WD; 0.87(6) for DB WDJ1141-6545 MNRAS_2011_Antoniadis_412_580.pdf "2.475, 2.106, 2.887" "1.6756 , 1.5187 , 1.8175" 3.3 -3.93(8)e-13 Done -3.86(0)e-13 2.67(+123-92)e-14 -2.91(+75-79)e-15 1.2(2)e-17 -2.79(+77-82)e-15 2.39(+126-95)e-14 PhysRevD.77.124017_MNRAS_2011_Antoniadis_412_580.pdf_1711.11244.pdf J1518+4904 MSPSRPI "0.631, 0.546, 0.723" "0.9643 , 0.7319 , 1.2335" 4 2.4(22)e-13 Done? -8.6(29)e-16 1.181(310)e-13 -5.84(153)e-14 -1.091(+138-109)e-13 -1.675(+291-259)e-14 -4.95(+603-572)e-16 aa_2008_Janssen_490_753 J1537+1155(B1534+12) MSPSRPI 0.86(18) "0.947, 0.846, 1.058 " "0.8771 , 0.6836 , 1.0932" 0.6 -0.1366(3)e-12 Done 1.9244(0.59)e-13 6.69(+160-112)e-14 3.15(+87-201)e-16 -6.44(+66-87)e-15 -6.12(+75-107)e-15 6.057(+1610-1120)e-14 Fonseca_2014_ApJ_787_82.pdf J1603-7202 1.1(8) "1.166, 0.993, 1.340" "1.1295 , 0.9987 , 1.2854" X 3.1 3.0496(14222)e-13 IPTA MNRAS_2016_Reardon_455_1751 J1614-2230 1.4987(957) (NANOGrav11yr) 0.65(5) (Fermi2PSR) px 0.77(5)(Guillemot16) px "1.273, 1.087, 1.473" "1.3942 , 1.0217 , 2.0511" 1.2 1.6897(2146)e-12 Done -0.00042(0)e-12 1.264(110)e-12 3.83(26)e-14 -3.06(19)e-14 7.69(441)e-15 1.272(118)e-12 NANOGrav_11yr J1713+0747 0.95(+6-5) 0.87(4) 1.06+6-5 px "0.893, 0.795, 0.995" "0.9177, 0.7691 , 1.0666" X 10.2 0.34(15)e-12 IPTA -6.20(1)e-18 6.47(+31-28)e-13 1.59(2)e-13 -4.89(+20-22)e-13 -3.3(2)e-13 3.17(+39-37)e-13 Zhu_2015_ApJ_809_41__1802.09206-2 J1738+0333 MSPSRPI 0.68(5) "1.426, 1.224, 1.638" "1.5053, 1.1801 , 2.0924" X 0.67 -17.0(31)e-15 IPTA -27.7(19)e-15 MNRAS_2012_Freire_423_3328 J1756-2251 1.05(55) ????? "2.480, 2.119, 2.840" "2.8068 , 2.5438 , 3.0123" 0.6 -2.29(5)e-13 ???? -2.168(15)e-13 The distance is very difficult to constrain ! MNRAS_2014_Ferdman_443_2183.pdf J1757-1854 "7.385, 5.652, 9.318" "19.5839 , 12.8615 , 25.0" 0.25 -5.3(2)e-12 ???? -5.2747(6)e-12 MNRAS_2018_Cameron_475_L57 J1802-2124 1.24(57) "2.941, 2.507, 3.320" "3.0262 , 2.7701 , 3.2378" X 0.77 IPAT MNRAS_2016_Desvignes_458_3341 J1857+0943 (B1855+09) 1.1(4) / 0.6(2)(NANOGrav) D_low information "1.168, 0.946, 1.380" "0.7666 , 0.6513 , 0.8645" X 5 IPTA NANOGrav_9yr_MNRAS_2009_Verbiest_400_951.pdf J1903+0327 MSPSRPI NANOGrav 7(1) "6.363, 5.664, 7.075" "6.1111 , 5.2501 , 7.1925" 1.3 -0.0(2.06)e-11 NANOGrav data ???? NANOGrav data to be processed -4.6(0)e-17 6.15(+175-148)e-12 -4.14(+116-122)e-12 2.5(+2-3)e-14 -4.11(+116-122)e-12 2.05(+239-217)e-12 MNRAS_2011_Freire_412_2763.pdf J1906+0746 7.4(+25-14) HI "5.401, 4.801, 5.965" "4.8151 , 4.311 , 5.2517" 0.55 -0.56(3)e-12 Done -0.56498(15)e-12 0.00(3)e-12 -5.68(104)e-15 -4.5(7)e-19 -5.68(+101-104)e-15 van_Leeuwen_2015_ApJ_798_118 J1909-3744 0.79(2) "0.457, 0.402, 0.512" "0.5639 , 0.4886 , 0.6282" X 2.1 5.03(6)e-13 IPTA -0.0291(7)e-13 NANOGrav_9yrs_MNRAS_2016_Reardon_455_1751_MNRAS_2016_Desvignes_458_3341 B1913+16 (J1915+1606) new VLBI 9.0(30) HI "5.898, 5.050, 6.776" "5.2455 , 4.3267 , 5.8774" 0.9 -2.423(1)e-12 Done -2.40263(5)e-12 1.34(31)e-15 -2.41(+49-15)e-14 -1.66(+39-16)e-16 -2.429(+495-155)e-14 -2.294(+527-186)e-15 Weisberg_2016_ApJ_829_55 J2145-0750 1.63(4) 1.84(17) "0.818, 0.668, 0.968" "0.6931 , 0.5481 , 0.8486" X 8.9 7.5399(50519)e-14 ? IPTA Deller_2016_ApJ_828_8__MNRAS_2016_Reardon_455_1751 0.90(5) for DA WD; 0.83(6) for DB WDJ2222-0137 3.742(+13-16) "0.312, 0.258, 0.367" "0.2667 , 0.2229 , 0.312" * 0.20(9)e-12 Done -0.0077(4)e-12 0.2789(12)e-12 -3.51(9)e-15 1.62(4)e-14 1.268(51)e-13 0.2916(13)e-12 Cognard_2017_ApJ_844_128 IPTA D_HE Abdo_2013_ApJS_208_17.pdf S1400 J0034-0534 MSPSRPI DM 0.54+11-10 Fermi2PSR "0.541, 0.442, 0.651" "1.3476 , 0.9926 , 1.8292" 0.61 no source in PanStarrs J0218+4232 EVN DM 2.64+108-64 Fermi2PSR "2.671, 2.029, 3.773" "2.9291 , 2.1377 , 4.6658" 0.9 Du_2014_ApJL_782_L38.pdf negative no source in PanStarrs J0610-2100 MSPSRPI DM 3.54+546-100 Fermi2PSR "3.539 ,2.541, > 46.198" "3.2582 , 2.5668 , 4.5923" 0.4 no source in PanStarrs J1455-3330 px 1.01(22) Guillemot16 "0.527 ,0.454, 0.601" "0.6842 , 0.595 , 0.7626" aa_2016_Guillemot_587_A109.pdf 1.2 1.02(184)e-11 no PanStarrs J1600-3053 DM 1.63+31-27 Fermi2PSR "1.629 , 1.358, 1.940" "2.5342 , 1.574 , 3.6621" 0.50(7) NANOGrav11yr get 2.5 5.189(3900)e-13 possible source in PanStarrs NANOGrav D_HE px_NANOGrav11yr mass S1400 Pbdot_obs Pbdot_obs__Tempo J0023+0923 DM 0.69+21-11 Fermi2PSR "0.687 ,0.578, 0.808" "1.2478 , 0.9282 , 1.6361" 0.9(2) 0.48 Breton_2013_ApJ_769_108.pdf 2.68(20)e-12 Published possible fiant source in PanStarrs J0740+6620 2.3(6) Y -2.06(797)e-12 -2.20(758)e-12 no source in PanStarrs J1741+1351 px 1.08+4-5 Fermi2PSR "0.901,0.757, 1.051" "1.3625 , 1.1136 , 1.6885" 0.6(1) Y 0.93 1.503(1391)e-12 1.86(121)e-12 no source in PanStarrs J1918-0642 IPTA/MSPSRPI 0.9(1) Y 0.58 -2.05(769)e-13 -1.53(315)e-13 no source in PanStarrs J2017+0603 DM 1.57+16-15 Fermi2PSR "1.569, 1.415, 1.729" "1.3986 , 1.1606 , 1.6455" Y 0.5 px 1.2(5) aa_2016_Guillemot_587_A109.pdf -2.05(769)e-13 -2.13(769)e-13 MNRAS_2016_Bassa_455_3806.pdf no source in PanStarrs J2043+1711 DM 1.76+15-32 Fermi2PSR "1.758 , 1.439, 1.904" "1.4728 , 1.1594 , 1.8047" 0.64(8) Y 4.54(9314)e-15 1.92(73)e-13 no source in PanStarrs? J2214+3000 DM 1.54+19-18 Fermi2PSR "1.542 ,1.365, 1.732" "1.6736 , 1.281 , 2.1125" 2.3(7) 0.53 3.71(1699)e-13 -7.16(1393)e-13 Schroeder_columbia_0054D_12261.pdf possible fiant source in PanStarrs J2234+0611 MSPSRPI 0.7(2) / 0.6566(1963) Y 0.7 0.7423(279) / Antoniadis_2016_ApJ_830_36.pdf annurev2016_Masses_Radii_EquationofState_NeutronStar_2016.pdf -1.07(143)e-10 -8.44(1324)e-11 no source in PanStarrs J2234+0944 1.3(4) -2.18(4333)e-13 -3.34(3977)e-13 no source in PanStarrs J2302+4442 DM 1.19+9-23 Fermi2PSR "1.178, 0.950, 1.278" "0.8591 , 0.6923, 1.033" Y 1.2 -3.66(2245)e-11 -2.37(2143)e-11 no source in PanStarrs J2317+1439 IPTA/PSRPI 0.50(8) Y 4 5.63(3096)e-15 2.19(1770)e-15 Dai_2017 J1640+2224 MSPSRPI /0.66(7) 0.2(4) & d>1 2 6.64(1218)e-12 3.22(83)e-11 Vigeland_2018_ApJ_855_122.pdf J0453+1559 * no source in PanStarrs "h3,zeta, omdot" Martinez_2015_ApJ_812_143.pdf S1400 Pbdot_obs PB J2305+4707 (B2303+46) give up paper? van_Kerkwijk_1999_ApJ_516_L25.pdf__Thorsett_1999_ApJ_512_288.pdf no source in PanStarrs J1811-1736 give up Corongiu et al 2007__MNRAS_2013_Mignani_430_1008.pdf 1.3 may infrared J1302-6350 (B1259-63) give up VLBI px: 0.387(+47-49) MNRAS_2004_Wang_351_599.pdf__MNRAS_2014_Shannon_437_3255.pdf__Negueruela_2011_ApJL_732_L11__1804.08402.pdf 1.7 1.4(7)e-8 1236.724526 pass J1946+3417 give up "5.1435, 4.4088, 5.9190" "6.9405, 6.2175, 7.7707" MNRAS_2017_Barr_465_1711.pdf 0.29 possible source in PanStarrs J1024-0719 NANOGrav/MSPSRPI PB unknown 0.8(2) PB too large! 1.5 source in PanStarrs MNRAS_2016_Bassa_460_2207.pdf__Kaplan_2016_ApJ_826_86.pdf J2051-0827 MSPSRPI MNRAS_2016_Shaifullah_462_1029.pdf red blacke this source be given up 2.8 HMXB is not approriate to do this Pbdot_obs_Tempo J1913+1102 give up Lazarus_2016_ApJ_831_150.pdf 0.02 no source in PanStarrs J0636+5128 NANOGrav Stovall_2014_ApJ_791_67 possible fiant source in PanStarrs 2.455(269)e-12 J1955+2908 (B1953+29) NANOGrav source in PanStarrs J2019+2425 Nice_2001_ApJ_549_516.pdf___MNRAS_2016_Desvignes_458_3341.pdf -3(6)e-11 no source in PanStarrs J2129-5721 MNRAS_2016_Reardon_455_1751.pdf 7.9(36)e-13 "1.3633, 1.0314, 1.8754" "6.1722, 2.4028, 25" J2229+2643 MNRAS_2016_Desvignes_458_3341.pdf no source in PanStarrs J1959+2048 possible source in PanStarrs J1623-2631 no source in PanStarrs