VizieR

CfA VizieR . ADAC VizieR . Cambridge (UK) VizieR . IUCAA VizieR . INASAN VizieR .

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Simple TargetList Of TargetsFast Xmatch with large catalogs or Simbad
Target Name (resolved by Sesame) or Position:
 Target dimension:
NB: The epoch used for the query is the original epoch of the table(s)Radius Box size

  
J/AcA/68/183
  Predicted Microlensing Events for the 21st Century (Bramich+, 2018)
ReadMe+ftp
2018AcA....68..183B
Similar Catalogs
Post annotation 		img(gal)
1.J/AcA/68/183/table2Characteristics of 2509 microlensing events (2509 rows)

Simple ConstraintList Of Constraints
 
Query by Constraints constraints help applied on Columns (Output Order: + - )
ShowSortColumn  Constraint Explain   (UCD)
  recno  Record number assigned by the VizieR team. Should Not be used for identification. (meta.record)
  Event (char) Event Name (meta.id;meta.main)
  LensSpType (char) Lens Spectral Type (src.spType)
  LensSource  Lens GDR2 ID (meta.id)
  RALdeg deg Lens Right ascension (ICRS, Ep=J2015.5) (pos.eq.ra)
  e_RALdeg mas Error on Lens RA (mas) (stat.error)
  DELdeg deg Lens Declination (ICRS, Ep=J2015.5) (pos.eq.dec)
  e_DELdeg mas Error on Lens DE (mas) (stat.error)
  LenspmRA mas/yr Lens Proper Motion along RA, pmRA*cosDE (pos.pm)
  e_LenspmRA mas/yr Error on Lens Proper Motion RA (stat.error)
  LenspmDE mas/yr Lens Proper Motion along DE (pos.pm)

ALL cols		    
 (i)indexed column
  e_LenspmDE mas/yr Error on Lens Proper Motion DE (stat.error)
  Lensplx mas Lens Parallax (pos.parallax.trig)
  e_Lensplx mas Error on Lens Parallax (stat.error)
  LensGmag mag Lens G Mean Magnitude (phot.mag;em.opt)
  e_LensGmag mag Error on Lens G Mean Magnitude (stat.error;phot.mag)
  LensBPmag mag Lens G_BP Mean Magnitude (phot.mag;em.opt.B)
  e_LensBPmag mag Error on Lens G_BP Mean Magnitude (stat.error;phot.mag)
  LensRPmag mag Lens G_RP Mean Magnitude (phot.mag;em.opt.R)
  e_LensRPmag mag Error on Lens G_RP Mean Magnitude (stat.error;phot.mag)
  LensMass Msun Lens Mass (phys.mass)
  Source  Source Gaia DR2 ID (meta.id.parent)
  RAICRS deg (i) Source Right ascension (ICRS, Ep=J2015.5) (pos.eq.ra;meta.main)
  e_RAICRS mas Error on Source RA (stat.error;pos.eq.ra)

ALL cols		    
 (i)indexed column
  DEICRS deg (i) Source Declination (ICRS, Ep=2015.5) (pos.eq.dec;meta.main)
  e_DEICRS mas Error on Source DE (stat.error;pos.eq.dec)
  pmRA mas/yr (n) Source Proper Motion along RA (pos.pm;pos.eq.ra)
  e_pmRA mas/yr (n) Error on Source Proper Motion RA (stat.error;pos.pm;pos.eq.ra)
  pmDE mas/yr (n) Source Proper Motion along DE (pos.pm;pos.eq.dec)
  e_pmDE mas/yr (n) Error on Source Proper Motion DE (stat.error;pos.pm;pos.eq.dec)
  plx mas (n) Source Parallax (pos.parallax.trig)
  e_plx mas (n) Error On Source Parallax (stat.error;pos.parallax)
  Gmag mag Source G Mean Magnitude (phot.mag;em.opt)
  e_Gmag mag Error On Source G Mean Magnitude (stat.error;phot.mag)
  BPmag mag (n) Source G_BP Mean Magnitude (phot.mag;em.opt.B)
  e_BPmag mag (n) Error On Source G_BP Mean Magnitude (stat.error;phot.mag)
  RPmag mag (n) Source G_RP Mean Magnitude (phot.mag;em.opt.R)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  e_RPmag mag (n) Error On Source G_RP Mean Magnitude (stat.error;phot.mag)
  e1_thetaE mas 2.3 Percentile theta_E (stat.error)
  e2_thetaE mas 15.9 Percentile theta_E (stat.error)
  thetaE mas Median theta_E (stat.fit.param)
  e3_thetaE mas 84.1 Percentile theta_E (stat.error)
  e4_thetaE mas 97.7 Percentile theta_E (stat.error)
  e1_u0t  2.3 Percentile u_0 (u0t) (stat.error)
  e2_u0t  15.9 Percentile u_0 (u0t) (stat.error)
  u0t  Median angular distance on the sky u_0 (u0t) (pos.distance;stat.min)
  e3_u0t  84.1 Percentile u_0 (u0t) (stat.error)
  e4_u0t  97.7 Percentile u_0 (u0t) (stat.error)
  P(u0<1)  Probability that the event will have u0<1 (stat.fit.goodness)
  P(u0<2)  Probability that the event will have u0<2 (stat.fit.goodness)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  P(u0<5)  Probability that the event will have u0<5 (stat.fit.goodness)
  P(u0<10)  Probability that the event will have u0<10 (stat.fit.goodness)
  e1_thetaE*u0 mas 2.3 Percentile thetaE*u0 (stat.error)
  e2_thetaE*u0 mas 15.9 Percentile thetaE*u0 (stat.error)
  thetaE*u0 mas Median thetaE*u0 (stat.fit.param)
  e3_thetaE*u0 mas 84.1 Percentile thetaE*u0 (stat.error)
  e4_thetaE*u0 mas 97.7 Percentile thetaE*u0 (stat.error)
  P(thetaE*u0<100)  Probability that the event will have thetaE*u0<100mas (stat.fit.goodness)
  P(thetaE*u0<200)  Probability that the event will have thetaE*u0<200mas (stat.fit.goodness)
  P(thetaE*u0<500)  Probability that the event will have thetaE*u0<500mas (stat.fit.goodness)
  P(thetaE*u0<1000)  Probability that the event will have thetaE*u0<1000mas (stat.fit.goodness)
  e1_t0 yr 2.3 Percentile t0 (Julian year) (stat.error)
  e2_t0 yr 15.9 Percentile t0 (Julian year) (stat.error)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  t0 yr Median t0 (Julian year) (time.epoch)
  e3_t0 yr 84.1 Percentile t0 (Julian year) (stat.error)
  e4_t0 yr 97.7 Percentile t0 (Julian year) (stat.error)
  e1_dAA1 mag 2.3 Percentile {DELTA}(A,A1) (stat.error)
  e2_dAA1 mag 15.9 Percentile {DELTA}(A,A1) (stat.error)
  dAA1 mag Median difference between the minimum and maximum magnifications of an event over the time period adopted in this paper {DELTA}(A,A1) (phot.mag;arith.diff)
  e3_dAA1 mag 84.1 Percentile {DELTA}(A,A1)] (stat.error)
  e4_dAA1 mag 97.7 Percentile {DELTA}(A,A1)] (stat.error)
  e1_TdAA1 d 2.3 Percentile T[{DELTA}(A,A1)] (stat.error)
  e2_TdAA1 d 15.9 Percentile T[{DELTA}(A,A1)] (stat.error)
  TdAA1 d Median amount of time that an event spends with its magnification above min{A,A1}+{DELTA}(A,A1)/2, T[{DELTA}(A,A_1)] (time;arith.diff)
  e3_TdAA1 d 84.1 Percentile T[{DELTA}(A,A1)] (stat.error)
  e4_TdAA1 d 97.7 Percentile T[{DELTA}(A,A1)] (stat.error)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  P(dAA1>0.4)  Probability that the event will have {DELTA}(A,A1)>0.4mmag (stat.fit.goodness)
  e1_dALI2 mag 2.3 Percentile {DELTA}ALI2 (stat.error)
  e2_dALI2 mag 15.9 Percentile {DELTA}ALI2 (stat.error)
  dALI2 mag Median {DELTA}ALI2 (phot.mag;arith.diff)
  e3_dALI2 mag 84.1 Percentile {DELTA}ALI2 (stat.error)
  e4_dALI2 mag 97.7 Percentile {DELTA}ALI2 (stat.error)
  P(dALI2>0.4)  Probability that the event will have {DELTA}ALI2>0.4mmag (stat.fit.goodness)
  e1_dmth2 mas 2.3 Percentile {DELTA}(δmic,θ2) (stat.error)
  e2_dmth2 mas 15.9 Percentile {DELTA}(δmic,θ2) (stat.error)
  dmth2 mas Median difference between the minimum and maximum astrometric shifts of an event over the time period adopted in this paper {DELTA}(δmic,θ2) (stat.fit.param)
  e3_dmth2 mas 84.1 Percentile {DELTA}(δmic,θ2) (stat.error)
  e4_dmth2 mas 97.7 Percentile {DELTA}(δmic,θ2) (stat.error)
  e1_Tdmth2 d 2.3 Percentile T[{DELTA}(δmic,θ2)] (stat.error)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  e2_Tdmth2 d 15.9 Percentile T[{DELTA}(δmic,θ2)] (stat.error)
  Tdmth2 d Median amount of time that an event spends with its astrometric shift above min(δmic,θ2)+ {DELTA}(δmic,θ2)/2, T[{DELTA}(δmic,θ2)] (time;arith.diff)
  e3_Tdmth2 d 84.1 Percentile T[{DELTA}(δmic,θ2)] (stat.error)
  e4_Tdmth2 d 97.7 Percentile T[{DELTA}(δmic,θ2)] (stat.error)
  P(dmth2>0.131)  Probability that the event will have {DELTA}(δmic,θ2) >0.131mas (stat.fit.goodness)
  e1_dthLI2 mas 2.3 Percentile {DELTA}thetaLI2 (stat.error)
  e2_dthLI2 mas 15.9 Percentile {DELTA}thetaLI2 (stat.error)
  dthLI2 mas Median {DELTA}thetaLI2 (stat.fit.param)
  e3_dthLI2 mas 84.1 Percentile {DELTA}thetaLI2 (stat.error)
  e4_dthLI2 mas 97.7 Percentile {DELTA}thetaLI2 (stat.error)
  P(dthLI2>0.131)  Probability that the event will have {DELTA}thetaLI2>0.131mas (stat.fit.goodness)
  _RA.icrs deg (n)(i) Right Ascension (ICRS, epoch 2000) computed by CDS (pos.eq.ra)
  _DE.icrs deg (n)(i) Declination (ICRS, epoch 2000) computed by CDS (pos.eq.dec)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
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