4.7 Article

THE GREEN BANK TELESCOPE 350MHz DRIFT-SCAN SURVEY. I. SURVEY OBSERVATIONS AND THE DISCOVERY OF 13 PULSARS

Journal

ASTROPHYSICAL JOURNAL
Volume 763, Issue 2, Pages -

Publisher

IOP PUBLISHING LTD
DOI: 10.1088/0004-637X/763/2/80

Keywords

pulsars: general; pulsars: individual (PSR J1327-0755, PSR J1623-0841, PSR J1737-0814, PSR J1941-0121, PSR J2222-0137); stars: neutron

Funding

  1. WVEPSCoR
  2. National Radio Astronomy Observatory
  3. National Science Foundation [AST 0907967, AST-0907967]
  4. Smithsonian Astrophysical Observatory [12400736]
  5. GBT Student Support program
  6. NSERC
  7. CFI
  8. Killam Research Fellowship
  9. FQRNT via le Centre de Recherche Astrophysique du Quebec
  10. Canadian Institute for Advanced Research
  11. NSF PIRE [0968296]
  12. Research Corporation for Scientific Advancement
  13. Canada Foundation for Innovation
  14. NRAO

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Over the summer of 2007, we obtained 1191 hr of drift-scan pulsar search observations with the Green Bank Telescope at a radio frequency of 350 MHz. Here we describe the survey setup, search procedure, and the discovery and follow-up timing of 13 pulsars. Among the new discoveries, one (PSR J1623-0841) was discovered only through its single pulses, two (PSRs J1327-0755 and J1737-0814) are millisecond pulsars, and another (PSR J2222-0137) is a mildly recycled pulsar. PSR J1327-0755 is a 2.7 ms pulsar at a dispersion measure (DM) of 27.9 pc cm(-3) in an 8.7 day orbit with a minimum companion mass of 0.22 M-circle dot. PSR J1737-0814 is a 4.2 ms pulsar at a DM of 55.3 pc cm(-3) in a 79.3 day orbit with a minimum companion mass of 0.06 M-circle dot. PSR J2222-0137 is a 32.8 ms pulsar at a very low DM of 3.27 pc cm(-3) in a 2.4 day orbit with a minimum companion mass of 1.11 M-circle dot. It is most likely a white-dwarf-neutron-star system or an unusual low-eccentricity double neutron star system. Ten other pulsars discovered in this survey are reported in the companion paper Lynch et al.

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