ivo://astron.nl/arts_dr2/q/frb_detASTRONJoeri 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. Ziemke2024-11-14T11:47:20Michael Sipior

Oude Hoogeveensedijk 4, 7991PD Dwingeloo, the Netherlands

vo@astron.nlsky-surveysfast-radio-bursts This is the final, full data release from the Apertif Radio Transient System (ARTS), a supercomputing radio-telescope instrument that performed real-time FRB detection and localisation on the Westerbork Synthesis Radio Telescope (WSRT) interferometer. It reached coherent-addition sensitivity over the entire field of the view of the primary- dish beam. The Apertif FRB survey (ALERT) detected 24 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, with high dispersion measures.2023A&A...672A.117Vhttps://vo.astron.nl/tableinfo/arts_dr2.frb_detSurveyResearchWSRTARTSRadioarts_dr2 This is the final, full data release from the Apertif Radio Transient System (ARTS), a supercomputing radio-telescope instrument that performed real-time FRB detection and localisation on the Westerbork Synthesis Radio Telescope (WSRT) interferometer. It reached coherent-addition sensitivity over the entire field of the view of the primary- dish beam. The Apertif FRB survey (ALERT) detected 24 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, with high dispersion measures.arts_dr2.frb_det This is the final, full data release from the Apertif Radio Transient System (ARTS), a supercomputing radio-telescope instrument that performed real-time FRB detection and localisation on the Westerbork Synthesis Radio Telescope (WSRT) interferometer. It reached coherent-addition sensitivity over the entire field of the view of the primary- dish beam. The Apertif FRB survey (ALERT) detected 24 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, with high dispersion measures.targetName of the observed targetcharnullableradegpos.eq.ra;meta.mainfloatindexednullabledecdegpos.eq.dec;meta.mainfloatindexednullabletime_mindtime.start;obs.exposuredoublenullabletime_maxdtime.end;obs.exposuredoublenullabledetection1 if an FRB was detected, 0 for a non-detection.intfrbName of the FRB if detected, linking to the FRB properties. None if non-detection.charnullableobs_titlemeta.id;meta.maincharnullableobsidID of the data setcharnullablecompound_beaminttied_array_beamintt_exptimestime.duration;obs.exposurefloatnullabletime_stepsintfilesizekbytephys.size;meta.fileintaccrefmeta.ref.urlAccess.Referencecharnullablefile_referencecharnullablemimetypemeta.code.mimecharnullablepub_didcharnullable