PSRFITS access linkPSRfitsaccessivo://astron.nl/arts_dr1/q/psrfitsaccessASTRONJoeri van LeeuwenEric KooistraLeon OostrumLiam ConnorJ. E. HargreavesYogesh MaanInés Pastor-MarazuelaEmily PetroffD. van der SchuurAlessio ScloccoSamayra M. StraalDany VohlStefan J. WijnholdsE. A. K. AdamsB. AdebahrJ. AttemaC. G. BassaJ. E. BastAnna BilousO. M. BoersmaA. H. W. M. CoolenH. DénesS. DamstraJ. P. R. de ReijerD. W. GardenierY. G. GrangeA. W. GunstK. M. HessH. A. HoltiesB. HutA. KutkinG. Marcel LooseD. M. LuceroÁ. MikaK. MikhailovR. MorgantiV. A. MossH. MulderM. J. NordenT. A. OosterlooEmaneula OrrúZ. ParagiA. P. SchoenmakersK. J. C StuurwoldS. ter VeenW. A. van CappellenJ. M. van der HulstG. N. J. van DiepenY. Y. WangA. W. Zantingand J. Ziemke2024-07-31T11:50:09Michael SipiorOude Hoogeveensedijk 4, 7991PD Dwingeloo, the Netherlandsvo@astron.nlsky-surveysfast-radio-bursts This is the first release (DR1) of data from the Apertif Radio
Transient System (ARTS), a supercomputing radio-telescope instrument
that performs real-time FRB detection and localisation on the
Westerbork Synthesis Radio Telescope (WSRT) interferometer. It reaches
coherent-addition sensitivity over the entire field of the view of the
primary- dish beam. After commissioning results verified the system
performed as planned, we initiated the Apertif FRB survey (ALERT).
Over the first 5 weeks we observed at design sensitivity in 2019, we
detected 5 new FRBs, and interferometrically localised each of these
to 0.4−10 sq. arcmin. All detections are broad band and very narrow,
of order 1 ms duration, and unscattered. Dispersion measures are
generally high. Please note that the ARTS DR1 collection available
from this end-point is superseded by the ARTS DR2 collection. DR2
includes all data from the DR1 collection that can be queried here.2023A&A...672A.117Vhttps://vo.astron.nl/arts_dr1/q/psrfitsaccess/infoSurveyResearchLicensed under CC-BY