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 = 87 /Number of groups. CTYPE2 = 'COMPLEX ' /Axis name CRPIX2 = 1.0000000000000 /Reference pixel CRVAL2 = -14.258576505556 /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 = 135.570128825000 /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 = -14.258576505556 /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 = 09:02:16.830918 / Right ascension in HH:MM:SS.ssssss at J2000.0 DEC = -14:15:30.87542 / Declination in DD:MM:SS.sssss at J2000.0 RA_ERR = 1.02D-09 / 1-sigma error in right ascension (rad) DEC_ERR = 1.55D-09 / 1-sigma error in declination (rad) RA_D_COR= -0.175000 / Correl. between right ascens. and decl. errors POS_ERR = 1.56D-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= 1.132707 / Total flux density integrated over the map (Jy)FLUX_SHR= 0.900345 / Flux density at short baselines (Jy) FLUX_UNR= 0.363569 / Unresolved flux density at long baselines (Jy) IM_NOISE= 0.000878 / Image 1-sigma noise (Jy) TELESCOP= 'VLBA ' /Telescope used INSTRUME= 'VLBA ' /Instrument used OBSERVER= 'BP133 ' / VLBA experiment code OBJECT = 'J0902-1415' /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 = 135.57012500000 /Antenna pointing RA OBSDEC = -14.258576388900 /Antenna pointing Dec HISTORY HISTORY END END <@<0pCA0>ɂ@7?I> v'?/ר^??< ?{h_E;@}CA0>ɂA'Ů?>:>:di?L=K"a7>Ԉ>6#Fxㆹ6(DA0>ɂ@7?\>/ b?Ζoм?ܾ$cu?[=U0 ;EC%tCA0>ɰ[Bŝ>N>NVD2:>2>=jDXJ>>C>=VsC?; ;ɰ[B?!K>+D3>=DQF?1=C?>%Cٻ;+]ӻd CA0>ɰ[B? 6=FDH ?$<[DF&? Y<jC>=`Cu <@y<"{q!CA0>ɰ[B?9Dl?$LF<]D]'? =#C?E>͑C`׹$;Ě^5CA0>ɰ[B?C˽De?Aǽ֤Dd&?K[5D ~?7^Dn`2;ACA0>ɰ[B? =Db?= QD ?X=D-"&?N=ƁhD<ԹCA0>ɰ[B>+ӛ>D>&Dr>e ߻ hDJ#)>uսUMD 4=$;DA0>ɰ[Bŝ?wm]%C7?s .VD o?f GBC*t?zPv.Cf:riOD:WD@A0>ɰ[Bŝ?`Fg>Y0Da?a2>D%}?Sz>DCa?SK>OHC<,;:DA0>ɰ[Bŝ?<`3C}?7= D#8?Uɰ[Bŝ?&;VDDaO?ҽpDWs?~uD?7D:<.k:;DA0>ɰ[Bŝ?qj>=FD+]?d;u>DbD?^>ZCC3?d =sD,BL;~;D@A0>ɰ[Bŝ="H >D+V=.ɰ[B?BW{<βDf?EAD k?LJC?Ve޽fCzɰ[B?/=erD ?v?=BI+D>.>e{NC>xCk<9:8c~DAA0>ɰ[B?wУDw6?F7D=}?1WD?XTC<:Xt DBA0>ɰ[B?9R;:DT?@:X 8CX;$QؐDB@A0>ɰ[B= }>tD >޸>hD%>@<ķ=CWq0>MCv<(;YDA0>ɰ[B?G >?}DAΥ?Nd>l:DJ?N>& C?I%>>H"C{&;l/8*DA0>ɰ[B?RZ>KD=?Yg>BD$?H>ED1?Q>O+Df:9XsADA0>ɰ[B?u3{tD,?jFmDko?Ld03D0?DQ{:;|;ND A0>ɰ[B=;@8I!:D(żF$b\9DA0>ɰ[B?cD`?pDLf?` ׽D'?fDJx&DA0>ɰ[B?EDj?Hо`|Dq(?G D+M?LaDU:Ϛs;\D A0>ɰ[B>oD;>oXIDI v>gh{DH&>c2.DK/:E1%DA0>ɰ[B?VeZDl,?SDD?\lT Da}?UUD_Ce;I;I&D A0>ɰ[B> էDv|=gX D%=3+Dc>;?5tDIYI;ק!;piEA0>ɰ[B='D{=<8 DQ=B =D=MND(;WػMCA0>B>>bD}G>H>c )D>ί> ~C!}?W>D>; Q;>bCA0>B? ?=ۓDS? V>D9>G>ECu>u>*C7;+cCA0>B?;mDpN>=[D?=ٿCAr>N=/=C<@Ԝ<sH[CA0>B?1=Dq?&$=D6?:C?K< \CṫA;n^*1CA0>B?8ӉDbAW?D됾 DF[?G22D v??RVD @`;A'ZCA0>B? =mDn^>"U= D)>;>-Dv{? F=VpD#ڲ<;|CA0>B>7#?DF>qD>l<;KDE>W3`֡CH&ѣe; DA0>B?D(V3?~1D34?ƒC(?RC3:r4]|:kD@A0>B?O>#LDOw?U.>JsDx2?fC>HC9DWw?Q'=NZD G<4;:DA0>B?nB?"Dx?%-^[Deq?W;?DZ?+= SD43G:W⺃O::DA0>B?oۿ>RD?n >#D?d>D&v?m>:MD*B ;;zD@A0>B=Q=uDn=n9=gD=B?FlD N?N<vCBG?B5 =N=C??X=C-<;fػvDAA0>B>=D#/>'eB{D2>ļeCàD>ӎ=/C~(<9!8FjDAA0>B?,PWD+'? ŽDJ!?jC>ZsCn<:WVᲡDBA0>B?0)=fDR?9<.&D!|?:z BHDa=lV>7DS{==4 >KDB?.ZD85?D/>%3DA)?K>nC7?L>WkC;l.1M8>DA0>B?]<>DY?O>M78D"]L?:>CTD(??Q>p(DQ:p94&gDA0>B?CStDa? 21D$Kb?G;NOC?q콂ED#QO;[;PgD A0>B=+KDJa=cZd6DeC=D@kDb'?=.D،F.,09DA0>B?|+/^De?g1ODv0 ?g_D9?i˽OCּxợ|%DA0>B?A/+Dk9?A`Dtl?9l>D ?-6ٱDkD:ќ;`D A0>B>uRr DWs>,DV>|LpCD2 <>dTC K=<:E<aDA0>B?H# ODW?M q'Dd?Q?1Dؾ?N D6-;%;KfD A0>B=bD *>G`ePDM> +1TD>;½NJDd^Y; ;r?EEA0>B= aA>3>&WCݰp?'>;YC!O? .>dC>уY>qCe3>; {;?gnCA0> aA?#=OZCz>>4AC>=@C?2%>./‡GV;+kc*CA0> aA? =C? (C->>#iB>ｇBҎ3<@</tOCA0> aA?BH=pUwC?+O=z'CFO?DUL†p9?̴>4CBI@<;R^"CA0> aA??,8C9e?4ؽPC]?>lEC4?JRKOB|ڻ`;A;ZCA0> aA>z=GCMz>=ΰC>A/C4?6=C'$Ԥ<S=mCA0> aA>p(=rC.>výXCx >S="6C":>B,L=C6CRށm;YDA0> aA?xXC?yC9?zCT^Cg?zo:s;mg:B D@A0> aA?jʑ>C?UN>;JC\Q?m=ACg?cj>KHC<:;:{DA0> aA>=qiC?0_ <8C %?7=aLBc?E=B{B;~6:RDA0> aA?6<FDy ?"F<RC?<CGQ?$CD`:lO ::WDA0> aA?b>n CX!?gW> fC?d^>SCe ?a p>IEC B>;@;D@A0> aA>v=]Cx=Nh=DEI;!!ã=KڽͫC;(: I$DA@A0> aA?C<"B?J aA? s͊Cc >ڍwLdC:*K>lš:>MSBS<98()DAA0> aA?+)C?+Y C-?+ݲChN?w9B&[<i:V:DBA0> aA?+2xCI?:=׭mCI?Q=6C)?DMKC㻥~;;P DB@A0> aA<>bC_;> 9>C&e˽ ib> C_=&zB:<2;"'!DA0> aA?`Ρ>_Cp?<;='C[U?' >YBΥ?T>Bg;l-p8DA0> aA?[=>q_ClU?K Cb?:59 ,iDA0> aA?~C(?"C?eQCh5?qECQ+Q3;;Q+D A0> aA=e4CV!=v=K[Cy:=>iUCQӼ/\1BF4 9fDA0> aA? w*dek?eCly?Z_B2E?/onB!yPӹ1DA0> aA?Hɾ(D%?@3CPY?[oC& a?;l)C⽼:-:;c D A0> aA>I6mC1]>q ezC[N>AhY^d>bMBPͻKFI:EֺLHDA0> aA?\l0DC?O5aCf?O|CpCdN?FCSTW;;L/D A0> aA=b]Cܰ>2G+C˟>@4CC=5'CI׼Ym;;shBEA0> aA=g]1C =q+ /CoXTENSION= 'A3DTABLE' /FITS extension type BITPIX = 8 /FITS data type NAXIS = 2 /Dimensionality of array NAXIS1 = 84 NAXIS2 = 1 /Number of table rows. PCOUNT = 0 /Random parameter count GCOUNT = 1 /Group count TFIELDS = 5 /Number of table fields EXTNAME = 'AIPS FQ ' /Extension name EXTVER = 1 /Extension version number EXTLEVEL= 1 /Hierarchical level TTYPE1 = 'FRQSEL ' /Name of this table field TUNIT1 = ' ' /Unit of measurement of this table field TFORM1 = '1J ' /Format of table field TTYPE2 = 'IF FREQ ' /Name of this table field TUNIT2 = 'HZ ' /Unit of measurement of this table field TFORM2 = '4D ' /Format of table field TTYPE3 = 'CH WIDTH' /Name of this table field TUNIT3 = 'HZ ' /Unit of measurement of this table field TFORM3 = '4E ' /Format of table field TTYPE4 = 'TOTAL BANDWIDTH' /Name of this table field TUNIT4 = 'HZ ' /Unit of measurement of this table field TFORM4 = '4E ' /Format of table field TTYPE5 = 'SIDEBAND' /Name of this table field TUNIT5 = ' ' /Unit of measurement of this table field TFORM5 = '4J ' /Format of table field NO_IF = 4 /Number of IFs END AvA@A4΀J$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