van Weeren, R. J.R. J.van Weeren0000-0002-0916-7443Williams, W. L.W. L.Williams0000-0002-5068-4581Tasse, C.C.Tasse0000-0001-9680-7092Rottgering, H. J. A.H. J. A.Rottgering0000-0003-4439-2627Rafferty, D. A.D. A.Rafferty0000-0003-4195-8613van der Tol, S.S.van der TolHeald, G.G.HealdWhite, G. J.G. J.WhiteShulevski, A.A.ShulevskiBest, P.P.BestIntema, H. T.H. T.IntemaZarka, P.P.ZarkaBhatnagar, S.S.BhatnagarReich, W.W.ReichSteinmetz, M.M.Steinmetzvan Velzen, S.S.van VelzenEnsslin, T. A.T. A.EnsslinPRANDONI, ISABELLAISABELLAPRANDONIDe Gasperin, F.F.De GasperinJamrozy, M.M.JamrozyBrunetti, G.G.BrunettiJarvis, M. J.M. J.JarvisMcKean, J. P.J. P.McKeanWise, M. W.M. W.WiseFerrari, C.C.FerrariHarwood, J.J.HarwoodOonk, J. B. R.J. B. R.OonkHoeft, M.M.HoeftKunert-Bajraszewska, M.M.Kunert-BajraszewskaHorellou, C.C.HorellouWucknitz, O.O.WucknitzBonafede, A.A.BonafedeMohan, N. R.N. R.MohanScaife, A. M. M.A. M. M.ScaifeKlockner, H. -R.H. -R.Klocknervan Bemmel, I. M.I. M.van BemmelMerloni, A.A.MerloniChyzy, K. T.K. T.ChyzyEngels, D.D.EngelsFalcke, H.H.FalckePandey-Pommier, M.M.Pandey-PommierAlexov, A.A.AlexovAnderson, J.J.AndersonAvruch, I. M.I. M.AvruchBeck, R.R.BeckBell, M. E.M. E.BellBentum, M. J.M. J.BentumBERNARDI, GIANNIGIANNIBERNARDIBreitling, F.F.BreitlingBroderick, J.J.BroderickBrouw, W. N.W. N.BrouwBruggen, M.M.BruggenButcher, H. R.H. R.ButcherCiardi, B.B.Ciardide Geus, E.E.de Geusde Vos, M.M.de VosDeller, A.A.DellerDuscha, S.S.DuschaEisloffel, J.J.EisloffelFallows, R. A.R. A.FallowsFrieswijk, W.W.FrieswijkGarrett, M. A.M. A.GarrettGriessmeier, J.J.GriessmeierGunst, A. W.A. W.GunstHamaker, J. P.J. P.HamakerHassall, T. E.T. E.HassallHorandel, J.J.Horandelvan der Horst, A.A.van der HorstIacobelli, M.M.IacobelliJackson, N. J.N. J.JacksonJuette, E.E.JuetteKondratiev, V. I.V. I.KondratievKuniyoshi, M.M.KuniyoshiMaat, P.P.MaatMann, G.G.MannMcKay-Bukowski, D.D.McKay-BukowskiMevius, M.M.MeviusMorganti, R.R.MorgantiMunk, H.H.MunkOffringa, A. R.A. R.OffringaOrru, E.E.OrruPaas, H.H.PaasPandey, V. N.V. N.PandeyPietka, G.G.PietkaPizzo, R.R.PizzoPolatidis, A. G.A. G.PolatidisRenting, A.A.RentingRowlinson, A.A.RowlinsonSchwarz, D.D.SchwarzSerylak, M.M.SerylakSluman, J.J.SlumanSmirnov, O.O.SmirnovStappers, B. W.B. W.StappersStewart, A.A.StewartSwinbank, J.J.SwinbankTagger, M.M.TaggerTang, Y.Y.TangThoudam, S.S.ThoudamToribio, C.C.ToribioVermeulen, R.R.VermeulenVocks, C.C.Vocks2020-09-082020-09-082017http://hdl.handle.net/20.500.12386/27209The Bootes and 3C 295 fields were simultaneously observed on 2012 April 12 as part of a multi-beam observation with the LOFAR LBA stations. The idea behind the multi-beam setup is that we use the 3C 295 observations as a calibrator field to transfer the gain amplitudes to the (target) Bootes field. The total integration time on both fields was 10.25 hr. Complete frequency coverage was obtained between 54 and 70 MHz for both fields, while non-contiguous frequency coverage was obtained between 30 and 54 MHz for the 3C 295 only. All four correlation products were recorded. By default, the frequency band was divided into sub-bands, each 195.3125 kHz wide. Each sub-band was further divided in 64 channels and the integration time was 1 s. (1 data file).enDatabase10.26093/cds/vizier.17930082http://vizier.u-strasbg.fr/viz-bin/VizieR?-source=J/ApJ/793/822017yCat..17930082VFIS/05 - ASTRONOMIA E ASTROFISICAERC sectors::Physical Sciences and Engineering::PE9 Universe sciences: astro-physics/chemistry/biology; solar systems; stellar, galactic and extragalactic astronomy, planetary systems, cosmology, space science, instrumentation