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Table 2.

LOTAAS pulsar discoveries and their properties.

PSR P DM αJ2000 δJ2000 l b dNE2001 w50 Comments
(s) (pc cm−3) (°) (°) (kpc) (ms)
J0039+35 0.5367 53.04(2) +35°45′(3′) 120.11 −27.04 4.16 11
J0059+69 1.1459 63.53(5) +69°55′(3′) 123.63 7.07 2.36 23
J0100+80 1.4936 55.76(13) +80°22′(3′) 123.32 17.52 2.62 60
J0107+13 1.1974 22.02(8) +13°25′(3′) 128.95 −49.25 1.01 36
J0115+63 0.5215 65.04(7) +63°24′(3′) 125.63 0.67 2.23 31
J0121+14 1.3890 17.77(9) +14°16′(3′) 134.01 −47.94 0.79 42 P
J0139+33 1.2479 21.21(6) +33°37′(3′) 134.38 −28.17 0.98 25 RRAT, L-SPS, P
J0210+58 1.7663 76.70(12) +58°44′(3′) 133.11 −2.55 2.51 53
J0250+58 23.5355 45.8(1.1) +58°54′(3′) 137.77 −0.50 1.67 471 J0250+5854
J0302+22 1.2072 19.09(11) +22°50′(3′) 158.44 −30.84 0.75 48 J0301+20, L-SPS, P
J0305+11 0.8621 27.97(6) +11°23′(3′) 167.46 −39.66 1.10 26
J0317+13 1.9743 12.90(4) +13°29′(3′) 168.75 −36.03 0.49 20 L-SPS, P
J0349+23 2.4208 63.15(11) +23°41′(3′) 167.42 −23.38 3.30 48
J0421+32 0.9001 77.0(0.5) +32°54′(3′) 165.83 −11.96 2.62 207 P
J0454+45 1.3892 20.82(6) +45°28′(3′) 160.71 1.22 0.78 28 L-SPS
J0518+51 0.9125 39.15(6) +51°25′(3′) 158.26 7.88 1.35 27
J0742+43 0.6062 36.23(4) +43°33′(3′) 175.54 27.19 1.34 18
J0811+37 1.2483 16.95(11) +37°28′(3′) 183.67 31.22 0.59 50 P
J0813+22 0.5314 52.29(5) +22°01′(3′) 200.89 27.48 2.59 21
J0827+53 0.0135 23.103(1) +53°00′(3′) 165.46 35.64 0.90 1 Binary MSP
J0857+33 0.2430 24.025(16) +33°48′(3′) 190.15 39.72 0.89 7
J0928+30 2.0915 21.95(9) +30°38′(3′) 195.82 45.91 0.84 42 P
J0935+33 0.9615 18.35(6) +33°11′(3′) 192.36 47.52 0.68 29 P
J1017+30 0.4528 27.16(6) +30°10′(3′) 198.48 56.27 1.23 27
J1226+00 2.2851 18.50(10) +00°03′(3′) 289.27 62.26 0.87 46
J1235−02 3.5976 18.8(0.2) −02°05′(3′) 295.03 60.54 0.88 108
J1303+38 0.3963 19.000(9) +38°13′(3′) 111.08 78.62 1.76 4
J1334+10 0.9111 24.00(4) +10°05′(3′) 335.77 70.16 2.53 18
J1344+66 1.3941 30.02(16) +66°33′(3′) 114.90 49.75 1.83 70 J1340+65, L-SPS
J1404+11 2.6505 18.48(12) +11°57′(3′) 355.02 67.10 1.41 53 J1404+1159, L-SPS, P
J1426+52 0.9958 25.37(2) +52°10′(3′) 93.89 59.23 1.41 10
J1529+40 0.4764 6.61(16) +40°49′(3′) 66.21 54.90 0.68 71 P
J1623+58 0.6518 26.40(3) +58°49′(3′) 89.19 41.82 1.48 13
J1635+23 1.2087 37.60(5) +23°31′(3′) 41.98 39.74 4.84 24 P
J1638+40 0.7677 33.35(4) +40°05′(3′) 63.77 41.76 2.41 15
J1643+13 1.0991 35.97(7) +13°25′(3′) 31.01 34.29 2.06 33 P
J1655+62 0.7762 35.41(5) +62°02′(3′) 91.92 37.18 2.35 23
J1657+33 1.5702 24.04(7) +33°03′(3′) 55.32 37.14 1.40 31 P
J1658+36 0.0330 3.050(2) +36°30′(3′) 59.62 37.59 0.49 1 J1658+3630, binary MSP
J1707+35 0.1598 19.240(7) +35°56′(3′) 59.26 35.78 1.17 3
J1713+78 0.4325 36.96(3) +78°09′(3′) 110.29 31.47 2.12 13
J1715+46 0.5481 19.82(5) +46°03′(3′) 71.86 35.36 1.17 22
J1722+35 0.8216 23.83(6) +35°18′(3′) 59.24 32.65 1.41 25 P
J1735+63 0.5107 41.81(3) +63°19′(3′) 92.71 32.55 3.18 15
J1740+27 1.0582 35.46(5) +27°13′(3′) 51.46 26.72 1.99 21 P
J1741+38 0.8289 47.26(6) +38°54′(3′) 64.28 29.70 3.74 25
J1745+12 1.0599 66.32(17) +12°51′(3′) 37.36 20.30 2.98 74
J1745+42 0.3051 38.00(3) +42°53′(3′) 68.97 29.63 2.36 12
J1749+59 0.4360 45.09(6) +59°51′(3′) 88.59 30.90 4.05 26
J1809+17 2.0667 47.32(9) +17°04′(3′) 43.84 16.87 2.27 41
J1810+07 0.3077 79.41(9) +07°03′(3′) 34.65 12.25 3.00 40
J1814+22 0.2537 62.313(11) +22°23′(3′) 49.50 17.77 3.27 5
J1848+15 2.2338 77.42(10) +15°17′(3′) 46.33 7.45 3.29 45 J1849+15, L-SPS, P
J1849+25 0.5193 74.970(12) +25°58′(3′) 56.22 11.86 3.88 5
J1910+56 0.3419 20.75(12) +56°55′(3′) 87.58 19.95 1.52 51
J1916+32 1.1374 83.99(5) +32°24′(3′) 64.63 9.43 4.46 23
J1933+53 2.0526 33.52(9) +53°32′(3′) 85.54 15.75 2.18 41
J1953+30 1.2712 43.61(11) +30°13′(3′) 66.58 1.32 3.12 51
J1957−00 0.9651 38.31(6) −00°01′(3′) 40.63 −14.69 1.85 29
J1958+56 0.3118 58.10(4) +56°49′(3′) 90.22 14.01 3.27 16
J2006+22 1.7419 130.56(8) +22°04′(3′) 61.14 −5.42 5.73 35
J2022+21 0.8035 73.52(5) +21°11′(3′) 62.42 −8.98 3.92 24
J2036+66 0.5019 50.82(4) +66°44′(3′) 101.41 15.25 2.68 20
J2051+12 0.5532 43.40(11) +12°48′(3′) 59.35 −19.44 2.53 50 P
J2053+17 0.1193 26.980(5) +17°18′(3′) 63.55 −17.25 1.91 2 J2053+1718
J2057+21 1.1667 73.31(5) +21°26′(3′) 67.56 −15.49 4.73 23
J2122+24 0.5414 8.49(5) +24°24′(3′) 73.80 −17.96 0.75 22
J2123+36 1.2940 108.7(0.3) +36°24′(3′) 82.92 −9.86 6.18 116
J2209+22 1.7769 46.30(8) +21°17′(3′) 79.92 −27.78 3.45 36 P
J2306+31 0.3416 46.13(2) +31°23′(3′) 97.96 −26.33 3.00 10
J2329+47 0.7284 43.99(3) +47°42′(3′) 108.96 −12.92 2.17 15
J2336−01 1.0298 19.60(9) −01°51′(3′) 84.43 −59.02 0.92 41
J2350+31 0.5081 39.14(3) +31°39′(3′) 108.11 −29.45 2.25 15 P

Notes. Columns are: spin period P, dispersion measure DM, position in equatorial and Galactic coordinates, as well as the distance as predicted by the NE2001 model, and the pulse FWHM. Pulsar names are defined based on the TAB position of full LOFAR core follow-up observations. Here, we use the full core TAB FWHM as the positional uncertainty. If the pulsar is mentioned elsewhere with a different name, the alternate identification is provided in the comments. Uncertainties on measurements are shown in brackets corresponding to the least significant digit. L-SPS denotes pulsars found by the L-SPS single pulse algorithm. Pulsars denoted with P have been presented as independent discoveries by the Puschino telescope.

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