SIMPLE = T /Standard FITS file BITPIX = -32 /FITS data type NAXIS = 7 /Dimensionality of array NAXIS1 = 0 NAXIS2 = 3 NAXIS3 = 1 NAXIS4 = 1 NAXIS5 = 4 NAXIS6 = 1 NAXIS7 = 1 EXTEND = T /Extensions may be present GROUPS = T /Random-groups HDU PCOUNT = 7 /Parameter count GCOUNT = 130 /Number of groups. CTYPE2 = 'COMPLEX ' /Axis name CRPIX2 = 1.0000000000000 /Reference pixel CRVAL2 = 23.898312997222 /Reference value in declination (deg)CDELT2 = 1.0000000000000 /Pixel increment CROTA2 = 0.0000000000000 /Axis rotation CTYPE3 = 'STOKES ' /Axis name CRPIX3 = 1.0000000000000 /Reference pixel CRVAL3 = -1.0000000000000 /Reference value CDELT3 = 1.0000000000000 /Pixel increment CROTA3 = 0.0000000000000 /Axis rotation CTYPE4 = 'FREQ ' /Axis name CRPIX4 = 1.0000000000000 /Reference pixel CRVAL4 = 8409974375.0000 /Reference value CDELT4 = 8000000.0000000 /Pixel increment CROTA4 = 0.0000000000000 /Axis rotation CTYPE5 = 'IF ' /Axis name CRPIX5 = 1.0000000000000 /Reference pixel CRVAL5 = 1.0000000000000 /Reference value CDELT5 = 1.0000000000000 /Pixel increment CROTA5 = 0.0000000000000 /Axis rotation CTYPE6 = 'RA ' /Axis name CRPIX6 = 1.0000000000000 /Reference pixel CRVAL6 = 89.883471391667 /Reference value in right ascens. (deg)CDELT6 = 1.0000000000000 /Pixel increment CROTA6 = 0.0000000000000 /Axis rotation CTYPE7 = 'DEC ' /Axis name CRPIX7 = 1.0000000000000 /Reference pixel CRVAL7 = 23.898312997222 /Reference value in declination (deg)CDELT7 = 1.0000000000000 /Pixel increment CROTA7 = 0.0000000000000 /Axis rotation PTYPE1 = 'UU ' /Parameter name PSCAL1 = 1.0000000000000 /Parameter scale PZERO1 = 0.0000000000000 /Parameter offset PTYPE2 = 'VV ' /Parameter name PSCAL2 = 1.0000000000000 /Parameter scale PZERO2 = 0.0000000000000 /Parameter offset PTYPE3 = 'WW ' /Parameter name PSCAL3 = 1.0000000000000 /Parameter scale PZERO3 = 0.0000000000000 /Parameter offset PTYPE4 = 'BASELINE' /Parameter name PSCAL4 = 1.0000000000000 /Parameter scale PZERO4 = 0.0000000000000 /Parameter offset PTYPE5 = 'DATE ' /Parameter name PSCAL5 = 1.0000000000000 /Parameter scale PZERO5 = 2454101.0000000 /Parameter offset PTYPE6 = 'DATE ' /Parameter name PSCAL6 = 1.0000000000000 /Parameter scale PZERO6 = 0.50000000000000 /Parameter offset PTYPE7 = 'INTTIM ' /Parameter name PSCAL7 = 1.0000000000000 /Parameter scale PZERO7 = 0.0000000000000 /Parameter offset ORIGIN = 'AIPSvlb015 UN-REGISTERED!!!!!!! 31DEC06' /Origin of data CREATOR = 'AIPS' / Program which generated this file DATE-OBS= '2007-01-11' /Observation date RA = 05:59:32.033134 / Right ascension in HH:MM:SS.ssssss at J2000.0 DEC = +23:53:53.92679 / Declination in DD:MM:SS.sssss at J2000.0 RA_ERR = 1.07D-09 / 1-sigma error in right ascension (rad) DEC_ERR = 1.94D-09 / 1-sigma error in declination (rad) RA_D_COR= -0.042000 / Correl. between right ascens. and decl. errors POS_ERR = 1.94D-09 / 1-sigma error ellipse semi-major axis (rad) PROJECT = 'VLBA Calibrator Survey' SEGMENT = 'VCS6' URL = 'http://vlbi.gsfc.nasa.gov/vcs' / URL of the project AUTHOR = 'Yuri Y. Kovalev' / Name of the person who generated this file REFERENC= 'Petrov, L., Kovalev, Yu.Y., Fomalont, E., and Gordon, D.,' REFERENC= 'The Sixth VLBA Calibrator Survey: VCS6, 2008,' REFERENC= 'Astronomical Journal, 136 580' REF_PREP= 'http://arXiv.org/abs/0801.3895' / URL of the preprint REF_DOI = '10.1088/0004-6256/136/2/580' / Digital object idenifier of the publicREF_CDS = '2008AJ....136..580P' / CDS bibliographic reference code FLUX_INT= 0.412417 / Total flux density integrated over the map (Jy)FLUX_SHR= 0.409197 / Flux density at short baselines (Jy) FLUX_UNR= 0.287944 / Unresolved flux density at long baselines (Jy) IM_NOISE= 0.000678 / Image 1-sigma noise (Jy) TELESCOP= 'VLBA ' /Telescope used INSTRUME= 'VLBA ' /Instrument used OBSERVER= 'BP133 ' / VLBA experiment code OBJECT = 'J0559+2353' /Name of observed source EPOCH = 2000.0000000000 /Equinox of coordinates BSCALE = 1.0000000000000 /Scale factor of array BZERO = 0.0000000000000 /Zero offset of array BUNIT = 'UNCALIB ' /Unit of measurement VELREF = 3 />256 RADIO, 1 LSR 2 HEL 3 OBS ALTRVAL = 0.0000000000000 /Alternate Freq/vel ref value ALTRPIX = 0.0000000000000 /Alternate Freq/vel ref pixel RESTFREQ= 0.0000000000000 /Rest frequency OBSRA = 89.883470833300 /Antenna pointing RA OBSDEC = 23.898312777800 /Antenna pointing Dec HISTORY HISTORY END END "+ĺ O;CA0>[@7? ܋޹|??I>Bk>ȷpH>Cr" ӵ?;CA0>BD>҇Dk>VGD`1>mwTCP>ٛ=ɢCg";!*PCA0>A7?)\?_Rbl>Ҽ{C>fG!BO~>%>#_BlﻗG;lu9i CA0>B@#>C*>T=bC>XuC$t>dCyx纟;sOĺCA0>B@#>`<6C>Cg>M=C>_UgC`;ܛCA0>B7>jݼCF>>=i/CZ>h=^[CeK>4`.Cjvi;+<.Q>CA0>@7>>P B>ѷtyA=>ؽ_Bk>w>ϣAV>;I;"sDAA0>A7?gf>W1X>#4)A݃>浝>gA ?XAZ;׽;SDA@A0>B@#>?<FCWz>T= BC>[Ckp>m=WC4b< ;@DAA0>B@#>È,=HC=>":$C܋>\=ȰC><|/C@@Q;;0DBA0>B7>t=#CBJ>pGCO>[V CY>"0=@CA)j;@7>!Ͼ:CwA? ］;1A>i54xhAT5>F|Bm,] _:e1DA0>A7>H4=rhAa7>=`B>Y>!(fB >r*={A`;ͲںDA0>A7>x%^D|o>}f=B >N qB9u? g>ujB!5D.予 :gDA0>A7?e@x8B>$BY<>=/B vo>ʼ#C#^=y9C%Z<8D A0>@7>_ ;sP4D] ?F齏C>֑Ao?:S=q@˸;^88"DA0>B@#>ǟCO>K=D>Jռf3C>:B7?!½#CCp>\r;kC)>W7C-+6>*_AC:K+K):<*|D A0>@7>a>+B>.>B@@>d=(BR?-͎mɻH)Y: a:|+DA0>B7>X=DCL7>I<=nC>M=C>)_=ȀCTubF:s@7>$>4Aq>> 7BĖ>=C ?dfsB60Ͱ:p<0EA0>@7>q>B"V>g=laA>߰ BS}>ڊ5D+>#5DkX>Je=Dm!٤;4CA0> B>ڲ.‡=,4CD{c>+s7D-]>LH=5CbgW;()T.CA0> B?= Cbj>;cDj4><^CG>T[D ֻ(l;lqf9pCA0> B>53DG>aǽD_X>`':D|>̽Cq<,G<%HeCA0> B}>ºND;>>>O LD:]>D>iNiCV޺n;sCYCA0> B>u<-D><1RmD|><DV>;=a_D53(;R)CA0> B>)DK><PE T>V轙Cݛ>ۋtD[Kv;:<.ECA0> B>A;RD)0>ND6L>t%=~Cr>ƩA;}(C]἞;>DA0> BS}><~Daq >lD;v>)3<C50;7cDA0> BS}?]SC>M<D#*G>=T1Co1>lC,:)fDXD@A0> BS}> ;~ ;D>R.f;C >i=%D<;ǤDA0> BS}>TּGD>E+>G=@_D3>[@D">?=Cs ;O~vqDA0> BS}>1f;rDB>(ݨD6`>U"=MDOP>c BS}>sZrD>ПQiD>=D >9ͫ BS}>=*^DR>jD'r><:D dO>7*`SCҧY; ;;DAA0> B>DwlC{0>=kD el>ILTD>;C;m>;oL"DA@A0> B>=Mb`Dh>=[Dav>ɦODIm>WT<>gD7 B}>wBXlDM>ѽ6D][>A1D >='C< ;DAA0> B>].VLDhE> B><6D>DOm>~DAK>.P?DJ;(;pDB@A0> B>O_l^ZD>>R0SD4h> =gD>><ݫCM1:eDA0> B?ӽXD;g>i<ԠD.>j<{D*r>7dD(Yq B}?v=BLC><JDA0>.b D ; ͎`DA0> B?VN C>=%Ddk>6kDP,>`%iDCպ:/DA0> B?EDg>ջD>%<= jDh>ݗn=:6ADN4<9=s<9'D A0> B>X=7WC?>=xD#I>a{RCp>=6>C B}>sDf.><ʰD0>"6DV>ܼCQ_;^<84)cDA0> B>NX<:OD˼>_ =D9,>pڽvD9 :&49zDA0> B>׼D:>Ʊ<D<0>ż>D%>ܺ B>=x$D%2%>ĻODM>]C >2rffC_@ջ9mDA0> B}>ѼsDGQ> DmJ>BYDB/g>_aDpr:ːDA0> B}>Bݒ1EDh.>s=D eѾ B}>=ؼ D!gu>(x.CpA>;YC;H: :}1DA0> B>_;VD@>9= RD^>g<MD]>:QD|b:B<@D A0> B>=0{D>A<9D|>=<0YCu]>7RtDp(0:˜<04EA0> B>D>#ͼ]D?>V|&D><uDOL`;X9ˉCA0>BD>ȹxD>…]<`JiD >@=qID_> KD !5;MCA0>BD>$PD>:F4D}>;RDV>zBD>;B{D-#>K׼*MD2V>l<ŲC>C࡜?g;l,u9zhCA0>BD> y;ܞD>IDG>Q!|SD>;;D#<,<%naɋCA0>BD><;oOD>=T]DS>Z<8 C>BD> jD,>= lDԢ>w{D+?>ֽ)4DHI;W#CA0>BD>Æ}<D\>=<DL>m<0)D,lvpT;BD><DJ>ԧdD5@>"iCX>޺ACVǟ;@DA0>BD><ɜDcX>,[=Dcp>cB;D-[V>Yo D;܈7&2DA0>BD>D'BD8X> VDL>=5D V>;uD:3к jG3"D@A0>BD>_!kDQ#> ^=OD>7*DBD>/@Dq>É D`q><%D!K>x=1FD#;պ8ËDA0>BD>oPD>< D: \JDA0>BD>7DV>є$eDB>ĻzCD>6ZBD>E<D@>DX>JhD&">1#D&;5;jBD>zDDU^>0ԝ<D ?>eAC w;J;zDA@A0>BD>< DPf>=woFDy0 >a*DGA>BD>`J^D>|;p0Dq>]s D

ټ\C9 < e6;{DAA0>BD>y=D>ɒ@UDE>rw"DSc>2=b2D_;;_LJFDBA0>BD>=9YeD>,Ȼ6DV>Y;hD >آDIK̰;;qgDB@A0>BD></D;M>E <C]>y!CL+Q:fDA0>BD>3M=01DKM>?YSD1>;6D1>轢%CL4BD>;fl{D%h><D#%=>uQ=D0><|C0;)I{rDA0>BD>,udDk >"zDPF>~g= DL>4-D.C^-:DA0>BD> D/ױDw>ߩ}<ʚjD$>2<9D A0>BD>D >i=UlD,Y>•ݼCܳT>æǼOCуBD> ^<ƸDi>;cDTV>J=X*Cf;]8ɺDA0>BD>ӣepD>ކ<%DDt{>ϰb!lDg>::D9WQ:&H+ DA0>BD>i<^DI>0;ND><mcD>'iDN`%*w:<+'D A0>BD>=1D'>g XD2}>㻇D5@һDf9DA0>BD>ȸ^PDR6K>l<D*ܬ><=Crt:4DA0>BD>qmDlo>Ѧ=3kD+>nE3D&>L (D;ф$ZBD>=<D |>0"’D&>R=tC̹>?4=SCH: 7:~8DA0>BD>޵'GD:>;eDC>ƒ,;pDnbK:G<@|=D A0>BD>ѿ?DF>>#=7]De>3=D ~0KM::<0EA0>BD>@=D?><D>=WD5>O"Dջg;3}9hCA0>BY><'=DNH>׼1D6F>(o/Ck>ׅrC!Qںa;ܫCA0>BY>6D^+>_/q3D8>C=QC><3CmhR;%CA0>BY> =,D8>5׽bDj>sC >*= pCS ;k19aCA0>BY><>DF>ĪS&<eC,<,lS<%1CA0>BY>dm Du6>0`=7wD>;hCƧ>ݴxC{¯;s ԺCA0>BY>ZD&D>Xv=XD;>Z4COfX;ȸCA0>BY>K= Do;>4=OD'>(TqC> VCJѼv4;!@BY>@g3oD f>XH1\DP>ۄC>BY>ucDl>tMD,>PS;Df ;O7wq*DA0>BY>7=-jDA>ʋH;dD!>#K;z8D?*C/ :SJ룹IM'D@A0>BY>McD[[>< :Ds>҄JD3>դ|D<+;jDA0>BY>8~.D݄><% DP>ԙ^<Cu>HKC0;ʌ[ēDA0>BY>};ÁDV1e>)VFDJ>͕:ND>DR<1.C:DA0>BY>mD^ >Ɋ ,D@>Ӷ=_D$)>ƸSDQV39=<(ND@A0>BY>kZ=CT>#=C>d=FWTC>z-=C;Κ;SjDAA0>BY>=PDC̞>1=D>̑a`C>c<dC#\;P;ƓDA@A0>BY>fFDML > ƽxD 7>~=0)D֡>ء;Cj<<@o l(DAA0>BY>y;> AD S>9~JC3r=;CW|>qC=x< ;OμPDAA0>BY>|eDY>`tF8oDH$>QL=kD&'>jBY>Qf<+eD\dB>CřQDT>龻 !De>=ƠDﻩđ;;r?DB@A0>BY>ʽXDct>qZAD7p>-kC>S|16~C'am:fDA0>BY>f<6Dұ>'duDk>_T$C>k==CCBY>]|=dD*>fݽD>'3= eC>+<=C;0ۺ4DA0>BY>3=#D6R>P=[D>>d\&C>݁;C B@:;DA0>BY>V;QmDF>{Ds}>2D s,>Ďm'D ,߼BY>h(C>>&=C~[>BBY>J=dDAX>x;?s*D->-C>!C;]Ģ8ẫjDA0>BY>¡ڽ.gDk0>Gסb;D Y>צXD#s9ɮ:&Y\IDA0>BY>ʳ+`D>N9aDB>9D_0>3UBY>ƈH::RCk>M:5C">=H`C<@я:^DA0>BY>i%k+D=>y<>D"> _Dx˼r\:DA0>BY>גl=~Df>漘iD>WBY>yi=Cp>8 :`aDC>onBACT>z+[C\Gn: :DA0>BY>輺XD>p D->q<)D5Y>VE;tD 8ȼa:C|<@uD A0>BY> ߽,=CjX>\M=֘}C,>v=1zD>iż'CGz0:v<0݇EA0>BY>-D%u>ؗDp>LP=._CʇXTENSION= 'A3DTABLE' /FITS extension type BITPIX = 8 /FITS data type NAXIS = 2 /Dimensionality of array NAXIS1 = 84 NAXIS2 = 1 /Number of table rows. PCOUNT = 0 /Random parameter count GCOUNT = 1 /Group count TFIELDS = 5 /Number of table fields EXTNAME = 'AIPS FQ ' /Extension name EXTVER = 1 /Extension version number EXTLEVEL= 1 /Hierarchical level TTYPE1 = 'FRQSEL ' /Name of this table field TUNIT1 = ' ' /Unit of measurement of this table field TFORM1 = '1J ' /Format of table field TTYPE2 = 'IF FREQ ' /Name of this table field TUNIT2 = 'HZ ' /Unit of measurement of this table field TFORM2 = '4D ' /Format of table field TTYPE3 = 'CH WIDTH' /Name of this table field TUNIT3 = 'HZ ' /Unit of measurement of this table field TFORM3 = '4E ' /Format of table field TTYPE4 = 'TOTAL BANDWIDTH' /Name of this table field TUNIT4 = 'HZ ' /Unit of measurement of this table field TFORM4 = '4E ' /Format of table field TTYPE5 = 'SIDEBAND' /Name of this table field TUNIT5 = ' ' /Unit of measurement of this table field TFORM5 = '4J ' /Format of table field NO_IF = 4 /Number of IFs END AvA@A4΀J$J$J$J$J$J$J$J$XTENSION= 'A3DTABLE' /FITS extension type BITPIX = 8 /FITS data type NAXIS = 2 /Dimensionality of array NAXIS1 = 54 NAXIS2 = 9 /Number of table rows. PCOUNT = 0 /Random parameter count GCOUNT = 1 /Group count TFIELDS = 12 /Number of table fields EXTNAME = 'AIPS AN ' /Extension name EXTVER = 1 /Extension version number EXTLEVEL= 1 /Hierarchical level TTYPE1 = 'ANNAME ' /Name of this table field TUNIT1 = ' ' /Unit of measurement of this table field TFORM1 = '8A ' /Format of table field TTYPE2 = 'STABXYZ ' /Name of this table field TUNIT2 = 'METERS ' /Unit of measurement of this table field TFORM2 = '3D ' /Format of table field TTYPE3 = 'ORBPARM ' /Name of this table field TUNIT3 = ' ' /Unit of measurement of this table field TFORM3 = '0D ' /Format of table field TTYPE4 = 'NOSTA ' /Name of this table field TUNIT4 = ' ' /Unit of measurement of this table field TFORM4 = '1J ' /Format of table field TTYPE5 = 'MNTSTA ' /Name of this table field TUNIT5 = ' ' /Unit of measurement of this table field TFORM5 = '1J ' /Format of table field TTYPE6 = 'STAXOF ' /Name of this table field TUNIT6 = 'METERS ' /Unit of measurement of this table field TFORM6 = '1E ' /Format of table field TTYPE7 = 'POLTYA ' /Name of this table field TUNIT7 = ' ' /Unit of measurement of this table field TFORM7 = '1A ' /Format of table field TTYPE8 = 'POLAA ' /Name of this table field TUNIT8 = 'DEGREES ' /Unit of measurement of this table field TFORM8 = '1E ' /Format of table field TTYPE9 = 'POLCALA ' /Name of this table field TUNIT9 = ' ' /Unit of measurement of this table field TFORM9 = '0E ' /Format of table field TTYPE10 = 'POLTYB ' /Name of this table field TUNIT10 = ' ' /Unit of measurement of this table field TFORM10 = '1A ' /Format of table field TTYPE11 = 'POLAB ' /Name of this table field TUNIT11 = 'DEGREES ' /Unit of measurement of this table field TFORM11 = '1E ' /Format of table field TTYPE12 = 'POLCALB ' /Name of this table field TUNIT12 = ' ' /Unit of measurement of this table field TFORM12 = '0E ' /Format of table field ARRAYX = 0.0000000000000 /Array center X coord wrt Earth center (meters) ARRAYY = 0.0000000000000 /Array center Y coord. ARRAYZ = 0.0000000000000 /Array center Z coord. GSTIA0 = 110.12458586426 /GST at time=0 on the ref. date (degrees). DEGPDY = 360.98564497330 /Earth rotation rate (deg/day). FREQ = 8409974375.0000 /Ref. freq. of sub-array. RDATE = '2007-01-' /Ref. date (DD/MM/YY) POLARX = -0.058979999274015 /Polar X position. POLARY = 0.36285001039505 /Polar Y position. UT1UTC = 0.028336999937892 /UT1-UTC (sec) DATUTC = 0.0000000000000 /Data time-UTC (sec) TIMSYS = 'UTC ' /Time system ARRNAM = 'VLBA ' /Array name. NUMORB = 0 /Number of orbital parameters. NOPCAL = 0 /Number of polarization parameters. END BR@ fffALE@ARl@rRLFD43>5?}ATW5}+AHm4(@zRLHNA6eAPqAP}-w2@]dRLKP>s lAS7AmDg8AIH.@RLLA6}cAR%F ALLaѷ@oRLMKT;6AC >#A@c䎊@ ;RLOVBa_$֡bAQJJAMILu@q RLPT9 ٙAS!H}AKG9!S@)RLSCACtMF ATqe7LA=}ãA @jRL