"Pseudo-MPEC" for C8Q7YP2
Created 2023 Jan 31 21:22:04 UT using Find_Orb
Click here for an explanation of pseudo-MPECs
Astrometry:
C8Q7YP2*1C2022 12 24.46872011 12 42.340+23 44 17.45 ~COBq 20.08GVNEOCPG96
C8Q7YP2 1C2022 12 24.46963811 12 42.235+23 44 18.56 ~COC7 20.35GVNEOCPG96
C8Q7YP2 1C2022 12 24.47385911 12 41.803+23 44 24.47 ~COBq 20.28GVNEOCPG96
C8Q7YP2 1C2022 12 24.47478311 12 41.735+23 44 25.73 ~COC7 20.66GVNEOCPG96
C8Q7YP2 1C2022 12 24.47900011 12 41.303+23 44 31.20 ~COBq 20.39GVNEOCPG96
C8Q7YP2 1C2022 12 24.47991711 12 41.209+23 44 32.75 ~COC7 20.41GVNEOCPG96
C8Q7YP2 1C2022 12 24.48414911 12 40.741+23 44 38.26 ~COBq 20.14GVNEOCPG96
C8Q7YP2 1C2022 12 24.48507511 12 40.705+23 44 39.44 ~COC7 20.23GVNEOCPG96
C8Q7YP2 mC2022 12 24.53086611 12 36.240+23 45 40.20 ~CODM 20.57GVNEOCPI52
C8Q7YP2 mC2022 12 24.53363211 12 35.910+23 45 44.30 ~CODM 21.51GVNEOCPI52
C8Q7YP2 mC2022 12 24.53725511 12 35.450+23 45 49.80 ~CODM VNEOCPI52
C8Q7YP2 mC2022 12 24.54021711 12 35.200+23 45 53.40 ~CODM 20.95GVNEOCPI52
C8Q7YP2 KC2022 12 25.40493811 11 08.621+24 05 22.20 ~CPAb 20.58GVNEOCPI52
C8Q7YP2 KC2022 12 25.40813111 11 08.297+24 05 26.41 ~CPAb 20.74GVNEOCPI52
C8Q7YP2 KC2022 12 25.41161611 11 07.904+24 05 31.34 ~CPAb 19.76GVNEOCPI52
C8Q7YP2 KC2022 12 25.41593311 11 07.494+24 05 36.78 ~CPAb 20.34GVNEOCPI52
C8Q7YP2 5C2022 12 26$W@MM(]JM;2KmFSO6NR:[9NdaW`)Mrd+O^2#go'ne9?29La)mD5,U69
C8Q7YP2 5C2022 12 26LSm*9P12npaS(tQFh_-NS36\3)Zj-U7koBV'6LBi.a=_-+Fl*y%tU69
C8Q7YP2 KC2022 12 27.20599411 07 56.50 +24 47 12.8 ~CR97 19.4 GXNEOCPC95
C8Q7YP2 KC2022 12 27.23133911 07 53.72 +24 47 50.2 ~CR97 19.3 GXNEOCPC95
C8Q7YP2 KC2022 12 29\lXH#$9HM5X.L^Pol73RDr.k?lDxgEEwmGTK:WRP5`tkqf(^r'1L734
C8Q7YP2 KC2022 12 29Psp(:QM_(u`\9S*)m,#^XCgpH'vt1Ij:cAAHIb`q=SJG\qT_Vf]w734
C8Q7YP2 KC2022 12 296yEru?)E/wb+?1.5Mn,jH08^(Fx^f[[ZZt/yX.bUqGt\V0/$p'le734
C8Q7YP2 1C2022 12 31/8cmXD(ZX/A;g*WB!%q75[F9Q@XF_A^hppQX2`S'']_I^@OSUvl-T12
C8Q7YP2 1C2022 12 31Pf?w%a5'O,'79fQGHX*a[C%r21HXyy8P$y?,(%g\[#m(KK2fa/k=T12
C8Q7YP2 KC2023 01 05(#NP5m)4_39^Sy@XfWu!ZB)_HK/KpL-M^bGAw,U6Dbi?@/vo108:587
C8Q7YP2 KC2023 01 05o:0@I66OCcO[%Q#]2l\t[!nkQdVaVp0p'P?=@H:]wvb(S?fe19GW587
C8Q7YP2 KC2023 01 09.36274010 35 34.580+30 40 25.36 ~1997 19.83GVNEOCPI52
C8Q7YP2 KC2023 01 09.36460210 35 34.267+30 40 27.98 ~1997 21.27GVNEOCPI52
C8Q7YP2 KC2023 01 09.36646510 35 33.875+30 40 31.91 ~1997 19.71GVNEOCPI52
C8Q7YP2 KC2023 01 09.36832110 35 33.536+30 40 34.93 ~1997 20.11GVNEOCPI52
C8Q7YP2 KC2023 01 10-l.qHoM%Cy/p)1@a\x:!dYg@r4w%Z+Q(TX3VTBL$%k5y-P\+D7J#L01
C8Q7YP2 KC2023 01 10XDOFB/'`.\cot=lGAK81Ky;a^`xbcW-m#)*0llZU/Lb0H3Y8UtymL01
C8Q7YP2 KC2023 01 104x0R/qE2Gpdc=1wLM`y5JGZ;5.:]Clmu!dt4A^(^!95N@P'/T(2[L01
C8Q7YP2 KC2023 01 12.02001110 26 46.48 +31 59 10.2 ~1C1b 20.2 GXNEOCPI93
C8Q7YP2 KC2023 01 12.03120910 26 43.96 +31 59 30.3 ~1C1bx19.6 GXNEOCPI93
C8Q7YP2 KC2023 01 16'J$u-!hvipW\kp?)qXsySIZb#N8XUc7+p8sq5i_tL+jkh;#aoV0)W62
C8Q7YP2 KC2023 01 16?hFmX#Co.:b[eQwT6qZu;Kd1OKZ_6c$$cL^v)(E7v-ra^ooOAPJ6W62
C8Q7YP2 KC2023 01 16UhG*n'j*EHb.t^#\*nX7@sPji%1s)GNrI3fPWJu%f^TfB1#LZ[UnW62
C8Q7YP2 KC2023 01 18DxMUKVWy(2H0Cr`I8xWY@B\G=?WLg!$:1OpB)So!29NLfJMEEo[lL38
C8Q7YP2 KC2023 01 18Ly1)%R^^lI3kpomfKZYy,ue1HeVqFHCy3%ee=14PMZ!wMgHaGnufL38
C8Q7YP2 KC2023 01 18%w+[HR]l+JLdik'Z2':3XAT)T'Q)H0SE(_(NkR!Uul7uLI@\[b6;Z45
C8Q7YP2 KC2023 01 18EjwvsE,SRQ[830]?el:1)58RkX4t$v?Hsou!NJ,db?Ny^mlx$ug(Z45
C8Q7YP2 KC2023 01 18YOp9Iu5CC.8?nGQem@mm$`_We4D'W03qZb,W_ooXucdEt^9gysd:Z45
C8Q7YP2 KC2023 01 18rF1O0xj`-GEq$Q4^XR)R6vs-vy:mR:X\KV\oCqyhtQV2c/;oy8h,Z45
C8Q7YP2 KC2023 01 18hAg\4?wm!#8qt[B6[ddfAvOPkDO]f\K-#.uB_BxaF62@qU0,?tr`Z45
C8Q7YP2 1C2023 01 19p!j;E@yeVJr32HUqj-2jCE0o@UsnNZOJZODY:T]ggp5wAY*TJ(SZ658
C8Q7YP2 1C2023 01 19Q-U,#4`Bdemc5-rt_hc\dCArm#%'T26`8:AstrometryuS\9r8,[658
C8Q7YP2 1C2023 01 19MmSEh9hQO,NJ$AM)#'o9BaSq:idf[p.cU.+HP7R\e:aPw1lW--e$658
C8Q7YP2 1C2023 01 19H.hhj8jRV:aHjRTWtYaqwL=.ZKs8M\';Ls`XO`skbcC=DaNti6Ko658
C8Q7YP2 1C2023 01 19-ZOXSh_5IU;B;tLUm==0`4Tsv_cHUp(*)5Lh%uCtr^nD9;a1L!yZ658
C8Q7YP2 KC2023 01 20#ST!03^oMA^,q('C@OgZk(Eq)DQa:_;p!=hUu^(=C5h%p1EERYjZQ21
C8Q7YP2 KC2023 01 20$a=#m$=R?3-6:vEi4N`W=N63_\27;#KtdiwWG:cANq1BGW1[_LmVQ21
C8Q7YP2 KC2023 01 20)i`eUQredacted;[X#UwFR.GFrhNiTpj1\Kp.rLboAJT]11Z1ch2L38
C8Q7YP2 KC2023 01 200`U8)/cs@yyjaqpIseLoiZqE)`0FOB0iwIM,21yJrK@ux_Gm)[?/L38
C8Q7YP2 KC2023 01 21.01824209 50 26.047+36 24 46.40 ~1L1b 19.6 GVNEOCPJ95
C8Q7YP2 KC2023 01 21.03365409 50 21.790+36 25 12.25 ~1L1b 19.4 GVNEOCPJ95
C8Q7YP2 KC2023 01 21p6HyY3B06oqHpw3IH_tBZs\(@e=_tDaD4dCmw@X35O5_c(a7KA0-Q21
C8Q7YP2 KC2023 01 21#QLAjF?RESB!mbYZx.I7hKqf8v-)e-U,xU%*XCYG+l[]T*OC/):uQ21
C8Q7YP2 KC2023 01 21.94457 09 46 07.28 +36 50 42.7 ~1M87 19.3 GXNEOCPC95
C8Q7YP2 KC2023 01 21.97549 09 45 58.53 +36 51 34.2 ~1M87 19.1 GXNEOCPC95
C8Q7YP2 KC2023 01 22.00652 09 45 49.67 +36 52 26.2 ~1M87 19.1 GXNEOCPC95
C8Q7YP2 KC2023 01 22u6\Rs!_(a77fulEuiXBNKW2%a;HJDy@,\rY]1;EIS1xy0thipnN(858
C8Q7YP2 KC2023 01 22siCv:hl9byOZ2gENfn[QGZbAH+kdysmLc6HWX;J@nTA.-Hi^oIF6858
C8Q7YP2 KC2023 01 22K+\j*U71r'YO`NTZvT5WO5e\]/@S2gC^LY(W5?haF!7,*EASV7(k858
C8Q7YP2 KC2023 01 24#d(f*5xKY6xl/']wC*R4j6Y1q2A.:2e$oQ.*P4=@20_AkBr4$HK;A77
C8Q7YP2 KC2023 01 24'62mX@-D`em7NxAb;bNK!oqwA+$E.)`isr]+mDPS0CD^uf7(N)w3A77
C8Q7YP2 KC2023 01 24Zs^c'A$p;PSCx*PbNu#;nw(1Z%x:wqS:RtIioVj8.tCppYJt0R_jA77
C8Q7YP2 KC2023 01 2418*bc]#XA?!juE)*@TvD%VWO+g\jWG\a0Fygb1.'2yVX\:RboN`tK19
C8Q7YP2 KC2023 01 24+=#6^9Zo;=0%=/l%@`-Sp?i1q+Zyk.^beN%co@ZywikV0Epqyf6BK19
C8Q7YP2 KC2023 01 24waN1`s?y\+M\06,*J2)G!N#esM\L:Lok3C#NB'RMTi7EuuoaXq,NK19
C8Q7YP2 1C2023 01 25.31381509 29 36.038+38 20 16.87 ~1P8M 19.14GVNEOCP703
C8Q7YP2 1C2023 01 25.31908409 29 34.476+38 20 24.50 ~1P8M VNEOCP703
C8Q7YP2 1C2023 01 25.32507009 29 32.579+38 20 32.89 ~1P8Mx19.10GVNEOCP703
C8Q7YP2 1C2023 01 25.33094309 29 30.743+38 20 41.68 ~1P8Mx VNEOCP703
C8Q7YP2 KC2023 01 26.86327609 21 36.34 +38 58 21.3 ~1QMb 19.3 GXNEOCP595
C8Q7YP2 KC2023 01 26.88018709 21 31.02 +38 58 45.8 ~1QMb 19.6 GXNEOCP595
C8Q7YP2 IC2023 01 26.91324709 21 20.55 +38 59 33.3 ~1QMb XNEOCP595
C8Q7YP2 9C2023 01 27(Z,k!aXxd`o-gG4vju?!D4;w@j%TlwabBbIU;4;0u]1cYViTuERVG40
C8Q7YP2 9C2023 01 27YnSS82.^/IF,eIa7jf_PrXs-rYc+M9?N!#8JID5L+da,PGbZst.(G40
C8Q7YP2 1C2023 01 27.25997509 19 31.321+39 07 47.21 ~1R6q 19.55GVNEOCP703
C8Q7YP2 1C2023 01 27.26538809 19 29.510+39 07 53.83 ~1R6q VNEOCP703
C8Q7YP2 1C2023 01 27.27080009 19 27.941+39 08 01.43 ~1R6q 19.45GVNEOCP703
C8Q7YP2 1C2023 01 27.27621709 19 26.105+39 08 08.30 ~1R6q 19.09GVNEOCP703
C8Q7YP2 KC2023 01 28Yk2`.%%6\NP_re1#[OeBZf*:_%9a)LRof:tEQ'Y*fRoR/+'NMan1204
C8Q7YP2 KC2023 01 28V.jXGQat*0:D*`O^g/hT;8`$wgSJO!5+/cWW%+a5E`t+i2MRU[GG204
C8Q7YP2 KC2023 01 28ALD.YH7Z]Bjc`!ue`6T+P(k@;rLJStqtF;\%=t9Tp)r0*mOj)^PZ204
C8Q7YP2 KC2023 01 28fuT[m+Nq0%4^?C/;?a.I+k-5%s0YUW``1:=_;4pt#.mF=p;71I`n204
C8Q7YP2 KC2023 01 28mRt@SuNm6_bSEWAoQx#yxuclickIm2ZLPe?(__yl5M:%22WY-Ld,Q21
C8Q7YP2 KC2023 01 28Pc^%fR7FHcQ3\YLuX?d_Yir5!OH/V2o`P-e9V=sn)U'V*:Ooyb8qQ21
C8Q7YP2 KC2023 01 28wn!EWW1=a3\X'8OC1wL@$\$r1sLsfCJZxo7/[=v*b.1T].e45_mqC23
C8Q7YP2 KC2023 01 28de]770#5[73*NCeEIPfJ;@b$`v9Eid/UGGFX$[mIwjF=jIYt5)50C23
C8Q7YP2 KC2023 01 28k9ph,;1q%frLgP*CFKukK8[uq/dTxtljBx`Soe@Bkarucpvikg:]C23
C8Q7YP2 KC2023 01 285TeTbcNbUs*T3^#xXEC?r\hnK35fpkU$Vcf@l)u?3)RK-P],sV$kC23
C8Q7YP2 1C2023 01 299F`Yu*)A:-w#N=IWmhDv@J]J-jCHiWI)u\XZfyNMw+!nUXaCW8'u658
C8Q7YP2 1C2023 01 29hh?f,h/=k89MJM9JUg!`BooU1m2I1mDS[d?h,N+w@xJk%;Z_pu'e658
C8Q7YP2 1C2023 01 29D\P7nyaxVwO?H$$yx#Ii\A^qTl.t6DJ(m$*.:+rjJ@HO?F,B6BdN658
C8Q7YP2 1C2023 01 299D)+,WvQ'$D_bR;#83mb-okL;QI+NgZg1=Mt#oU'm;CE0F]DmQbE658
C8Q7YP2 1C2023 01 29XXw[cKHwlY:?QhvFD#m9G9IGPG;PyWv15MFyRnPD'k33:3Wr'ps@658
C8Q7YP2 KC2023 01 29@tpA5!@Gw+\$+5VSfT51LHDA[VmbLf\F:Sh*.bQ+H3c-#?aiMvTDQ21
C8Q7YP2 KC2023 01 29xuY.hB[.$[H1#R?@)$BqgOt`6=42qh0hereIcjXQ2m_j(aV,:Ow.Q21
C8Q7YP2 KC2023 01 29HnuwB64_$Vl1Z/!8`g_y1g`AMqSR%!FTyiDg(Hg_nRs#-1cNJ`7WK74
C8Q7YP2 KC2023 01 29'e1Rc1t0fsS0:[3[t'hm+uXH$(ed@vE_-RWqcQ')$4:o'Tj.B79=K74
C8Q7YP2 KC2023 01 29pAx[_rW_1dki[T@^EPR=YqDAm[51QQ,*2FVC_h-PWC^Q_vvjNnjaK74
C8Q7YP2 KC2023 01 29?4]3Irx!#^_i*;2C]sMn2FV.vF7jjR0X5w'au\dYA-7?at9iCU!iK74
C8Q7YP2 KC2023 01 30ece1T0Uat3Pq;8lQVKsCd]+8PN[`)JKlj7!lbtlEu^7oy3`=pE0!118
C8Q7YP2 KC2023 01 30skap2H`II:pehvX3Kp$Qe@+xIK2JD$1NwIhGr\q8JmJ7r@;#,[b^118
C8Q7YP2 KC2023 01 30e-gwWfUBf]@5KAb-8T1_$H1x=4^ywCo*\m#^i`XXfytM7N9P,;a_118
C8Q7YP2 KC2023 01 30YPC2'@'CKcjg@m%/.^At7!)D:YQVu65K3!RT(OYE?eg%Nu=pIUfJ118
C8Q7YP2 1C2023 01 30^0?=;O8Qd=??osGxRl,2+1`ZO0)*P-B;_VURbso'8?T9=,`5lrt#658
C8Q7YP2 1C2023 01 302T,w7jMy2hYLy5Xab'h!Fv:(-NL(Q_68\((c[o,:u+OSllZ4m[0a658
C8Q7YP2 1C2023 01 30yl,@BhK'Yc=aF[B;g\6rfCX#R%8b@7.6xNY@y:y=2`cm\X4sH,_k658
C8Q7YP2 1C2023 01 30JqHVParpR-*.@K-Z$$leg9!EMtG33l7*;mZVe+.ElmS2alBe9a-R658
C8Q7YP2 1C2023 01 30c,Z7TmKF+U;xjquZcgforM=ykXEgw^)^klkK)yTE#daVT2t)l7J?658
C8Q7YP2 KC2023 01 30.#d@H,r-5VR[G#dFusFy7aUEsON@@R9OU$I#dAdyxZysxoKFnbaIC23
C8Q7YP2 KC2023 01 30-4R5TrAn!vLKT6FiD5Ix.!x#MxKi_tQsfNybvT^Y881'$F*.+Tf2C23
C8Q7YP2 KC2023 01 30R77fSelsmE[CtE3279CrrCNRa)N[/PMu]8hV_3l(gfM!xdnv\f?8C23
C8Q7YP2 KC2023 01 30;KSxi'YSW`NnRpK7*=sK)FL[dAWFaQ8VlTFs4y+N'y'x$\A8-$84C23
C8Q7YP2 KC2023 01 31:#/K#pMYb'%5oX@D_tK7xCMt55x(Il+Xb(@X/y@7XV`jP^*JcAI-L74
C8Q7YP2 KC2023 01 31ICv^u$-hc?,LG^1ZYlib]?GexplanationgjdbmK1jHoeV-jOmpQL74
Station data:
(118) Astronomical and Geophysical Observatory, Modra (N48.373141
E17.274000) Slovakia. Observers S. Gajdos, A. Galád. 0.6-m f/5.5
reflector + CCD.
(204) Schiaparelli Observatory (N45.867930 E8.770800) Italy. Observer L.
Buzzi. 0.60-m f/4.64 Newtonian + CCD0.84-m f/3.5 reflector + CCD.
(587) Sormano (N45.882946 E9.229180) Italy. Observers E. Colzani, E. Valli.
Measurer P. Sicoli. 0.5-m f/6.8 reflector + CCD.
(595) Farra d'Isonzo (N45.915731 E13.525780) Italy. Observers S. Aschi, E.
Pettarin, G. Panterotto. Measurers S. Aschi, E. Pettarin. 0.40-m f/5.15
reflector + CCD.
(658) Dominion Astrophysical Observatory (N48.519984 W123.417000)
Canada/BritColumbia. Observer D. D. Balam. Measurers D. D. Balam, D. W.
E. Green, C. E. Spratt. 1.82-m reflector + CCD.
(703) Catalina Sky Survey (N32.417003 W110.732640) US/Arizona. Observers
T. A. Pruyne, B. M. Africano, E. J. Christensen, G. A. Farneth, D. C.
Fuls, A. R. Gibbs, A. D. Grauer, H. Gröller, J. A. Johnson, R. A.
Kowalski, S. M. Larson, G. J. Leonard, D. Rankin, R. L. Seaman, F. C.
Shelly, K. W. Wierzchoś. 0.68 m Schmidt + 10K CCD.
(734) Farpoint Observatory, Eskridge (N38.890104 W96.001400) US/Kansas.
Observer G. Hug. 0.69-m reflector + CCD.
(858) Tebbutt Observatory, Edgewood (N35.093869 W106.220000) US/New Mexico.
Observer F. B. Zoltowski. 0.16-m refractor + CCD0.51-m Schmidt-Cassegrain
+ CCD.
(A77) Observatoire Chante-Perdrix, Dauban (N43.999790 E5.646930) France.
Observers F. Kugel, J.-G. Bosch. 0.4-m f/2.8 reflector + CCD0.2-m f/5.7
reflector + CCD0.2-m f/5.6 reflector + CCD.
(C23) Olmen (N51.140446 E5.154390) Belgium. Observer A. Diepvens. 0.20-m
f/9 refractor + CCD.
(C95) SATINO Remote Observatory, Haute Provence (N43.932040 E5.712390)
France. Observer J. Jahn. 0.60-m f/3.2 Newtonian reflector + CCD.
(G40) Slooh.com Canary Islands Observatory (N28.299717 W16.508260) Canary
Islands (Spain). Observer B. Lütkenhöner. Measurers G. Gašparović, Y.
Chen. 0.43-m f/6.8 Corrected Dall-Kirkham + CCD.
(G96) Mt. Lemmon Survey (N32.442751 W110.788720) US/Arizona. Observers T.
A. Pruyne, B. M. Africano, E. J. Christensen, G. A. Farneth, D. C. Fuls,
A. R. Gibbs, A. D. Grauer, H. Gröller, J. A. Johnson, R. A. Kowalski, S.
M. Larson, G. J. Leonard, D. Rankin, R. L. Seaman, F. C. Shelly, K. W.
Wierzchoś. 1.5-m reflector + 10K CCD.
(I52) Steward Observatory, Mt. Lemmon Station (N32.442544 W110.788920)
US/Arizona. Observers T. A. Pruyne, B. M. Africano, E. J. Christensen, G.
A. Farneth, D. C. Fuls, A. R. Gibbs, A. D. Grauer, H. Gröller, J. A.
Johnson, R. A. Kowalski, S. M. Larson, G. J. Leonard, D. Rankin, R. L.
Seaman, F. C. Shelly, K. W. Wierzchoś. 1.0-m reflector + CCD.
(I93) St Pardon de Conques (N44.558708 W0.203000) France. Observers F.
Losse, W. D'Anna. Measurer F. Losse. 0.40-m f/3.7 reflector + CCD.
(J95) Great Shefford (N51.474969 W1.447003) UK/England. Observer P.
Birtwhistle. 0.41-m f/6.3 Schmidt-Cassegrain + CCD.
(K19) PASTIS Observatory, Banon (N43.999459 E5.647310) France. Observer C.
Demeautis. 0.16-m f/3.3 reflector + CCD.
(K74) Muensterschwarzach Observatory, Schwarzach (N49.805276 E10.236400)
Germany. Observer C. Gerhard. 0.30-m f/3.75 Newtonian reflector + CCD.
(L01) Višnjan Observatory, Tičan (N45.290897 E13.749300) Croatia.
Observers K. Korlević, D. Pujagic, V. Dobos. Measurers D. Pujagic, K.
Korlević. 1.0-m f/2.9 reflector + CCD.
(L38) Gartensternwarte Schafsweide, Sehlde (N52.095274 E9.699970) Germany.
(L74) AstroColauri, Naples (N40.879154 E14.211090) Italy. Observer G.
Morra.
(Q21) Southern Utsunomiya (N36.507357 E139.853350) Japan. Observer H.
Nohara. 0.4-m f/3.8 astrograph + CCD.
(T12) Mauna Kea-UH/Tholen NEO Follow-Up (2.24-m) (N19.822991 W155.469434)
US/Hawaii. Observers D. Fohring, D. Hung, Y. Ramanjooloo, Z. Claytor, D.
J. Tholen. 2.24-m f/10.1 University of Hawaii reflector.
(U69) iTelescope SRO Observatory, Auberry (N37.070387 W119.413000)
US/California. Observer H. Sato. 0.61-m f/6.5 astrograph + CCD.
(W62) Comet Hunter Observatory2, New Ringgold (N40.745185 W75.862390)
US/Pennsylvania. Observer J. Maikner. 0.30-m f/3.8 Riccardi-Honders + CCD.
(Z45) Cosmos Observatory, Marbella (N36.516209 W4.857360) Spain. Observer
F. Jackson. 0.35-m f/8 Ritchey- Chretien + CCD.
Orbital elements: C8Q7YP2
Perihelion 2023 Mar 22.63157 +/- 0.0242 TT = 15:09:28 (JD 2460026.13157)
Epoch 2023 Jan 31.0 TT = JDT 2459975.5 Ju: 0.0485 AutoNEOCP
M 359.42684770 +/- 0.0053 (J2000 ecliptic)
n 0.01132005 +/- 0.0001 Peri. 105.55042 +/- 0.006
a 19.6443188 +/- 0.116 Node 216.34885 +/- 0.0012
e 0.8704469 +/- 0.000756 Incl. 165.90701 +/- 0.00043
P 87.07 H 15.63 G 0.15 U 6.6
q 2.54498179 +/- 0.000137 Q 36.7436559 +/- 0.231
110 of 120 observations 2022 Dec. 24-2023 Jan. 31; mean residual 0".56
Residuals in arcseconds: 221224 G96 .24- .04- 230118 L38 .13- .03- 230127 703 .56+ .51+ 221224 G96 .43- .16- 230118 Z45 .47- .92- 230127 703 .46- .54- 221224 G96 .59- .10+ 230118 Z45 .65- .33+ 230127 703 1.3+ .61- 221224 G96 .26- .12+ 230118 Z45( 3.3- 1.6-) 230127 703 .05+ 1.4- 221224 G96 .42- .05- 230118 Z45 .70- .47- 230128 204 .10+ .08+ 221224 G96 .45- .27+ 230118 Z45( 2.3+ 1.0+) 230128 204 .24- .15+ 221224 G96 1.1- .12+ 230119 658( .46+ 1.8+) 230128 204 .05+ .10+ 221224 G96 .31- .06+ 230119 658 .25+ 1.3+ 230128 204 .08+ .01- 221224 I52 1.1+ .44- 230119 658 .25+ 1.2+ 230128 Q21 .59+ .47- 221224 I52 .41+ .04- 230119 658 .27+ .79+ 230128 Q21 .02+ .58- 221224 I52 .93- .61+ 230119 658 .30+ .51+ 230128 C23 .99+ .02+ 221224 I52 .30- .25+ 230120 Q21 .46- .88- 230128 C23 .03+ .29- 221225 I52 .30- .10+ 230120 Q21( 1.5- 1.3+) 230128 C23 1.3+ .41- 221225 I52 .21- .07- 230120 L38 .16+ .16- 230128 C23 .08- .63+ 221225 I52 .65- .09+ 230120 L38 1.0- 1.0+ 230129 658( .22+ 2.1+) 221225 I52 .14- .40- 230121 J95 .21- .22- 230129 658( .21+ 2.2+) 221226 U69 .41- .20- 230121 J95 .07+ .55- 230129 658 .09+ 1.6+ 221226 U69 .13- .33+ 230121 Q21 .10- 1.5+ 230129 658 .07+ 1.3+ 221227 C95 1.4- .74- 230121 Q21 1.3+ .78- 230129 658 .24+ 1.0+ 221227 C95 .54- .62+ 230121 C95 .55- .14+ 230129 Q21( 1.2+ 1.8-) 221229 734 .71+ .62- 230121 C95 .00 .03- 230129 Q21 .02- .84+ 221229 734 .29+ .37+ 230122 C95 .25- .22+ 230129 K74 .10- .22- 221229 734 .66+ .37+ 230122 858 .27- .29+ 230129 K74 .41+ .06+ 221231 T12 .17+ .01- 230122 858 .29- .00 230129 K74 .13- .22- 221231 T12 .08+ .05+ 230122 858 .06- .16- 230129 K74 .03+ .04- 230105 587 .11+ .39- 230124 A77 1.2- 1.0+ 230130 118 .12- .44- 230105 587 .42- .28+ 230124 A77 1.3- .84+ 230130 118 .13+ .11+ 230109 I52 .52- .06+ 230124 A77 1.1- .94+ 230130 118 .11+ .09+ 230109 I52 .03+ .61- 230124 K19 .54+ .04- 230130 118 .21- .15+ 230109 I52 .44- .03+ 230124 K19 .02+ .58+ 230130 658 .25- .95+ 230109 I52 .24- .24- 230124 K19 .17+ .12+ 230130 658 .22- .92+ 230110 L01 .84+ .33- 230125 703 .00 .72- 230130 658 .22- .85+ 230110 L01 .04+ .09+ 230125 703 .68+ 1.1- 230130 658 .22- .72+ 230110 L01 .69- .35- 230125 703( .02+ 1.8-) 230130 658 .13- .66+ 230112 I93 .46+ 1.0+ 230125 703( .34- 2.0-) 230130 C23 .40+ .82- 230112 I93( 1.7- 1.0+) 230126 595 .07- .33- 230130 C23 .89+ .76- 230116 W62 .14- .83- 230126 595 .11+ .22- 230130 C23 .64- .17+ 230116 W62 .25- .87- 230126 595 .22- .29- 230130 C23 .12- .32+ 230116 W62 .21- .82- 230127 G40 .02+ .20+ 230131 L74 .71+ .81- 230118 L38 .17- .14+ 230127 G40 .14+ .05- 230131 L74 .74- .62+ Ephemerides (geocentric): Date (UTC) HH RA Dec delta r elong mag " sig PA ---- -------- ------------ ------------ ------ ------ ----- --- -------- 2023 01 31 21 08 54 23.327 +40 44 24.96 1.6596 2.5936 156.6 19.4 .105 170 2023 01 31 22 08 54 09.356 +40 45 10.41 1.6597 2.5935 156.6 19.4 .106 170 2023 01 31 23 08 53 55.381 +40 45 55.73 1.6597 2.5934 156.6 19.4 .107 169 2023 02 01 00 08 53 41.401 +40 46 40.92 1.6597 2.5933 156.5 19.4 .108 169 2023 02 01 01 08 53 27.416 +40 47 25.98 1.6597 2.5933 156.5 19.4 .109 169 2023 02 01 02 08 53 13.427 +40 48 10.91 1.6598 2.5932 156.5 19.4 .110 169 2023 02 01 03 08 52 59.433 +40 48 55.70 1.6598 2.5931 156.5 19.4 .111 169 2023 02 01 04 08 52 45.434 +40 49 40.36 1.6598 2.5930 156.4 19.4 .112 168 2023 02 01 05 08 52 31.431 +40 50 24.89 1.6599 2.5929 156.4 19.4 .113 168 2023 02 01 06 08 52 17.423 +40 51 09.29 1.6599 2.5929 156.4 19.4 .115 168 2023 02 01 07 08 52 03.411 +40 51 53.55 1.6599 2.5928 156.4 19.4 .116 168 2023 02 01 08 08 51 49.394 +40 52 37.68 1.6600 2.5927 156.3 19.4 .117 167 2023 02 01 09 08 51 35.373 +40 53 21.68 1.6600 2.5926 156.3 19.4 .118 167 2023 02 01 10 08 51 21.348 +40 54 05.54 1.6601 2.5925 156.3 19.4 .119 167 2023 02 01 11 08 51 07.318 +40 54 49.27 1.6601 2.5925 156.2 19.5 .120 167 2023 02 01 12 08 50 53.285 +40 55 32.87 1.6602 2.5924 156.2 19.5 .121 167 2023 02 01 13 08 50 39.247 +40 56 16.33 1.6602 2.5923 156.2 19.5 .122 166 2023 02 01 14 08 50 25.205 +40 56 59.66 1.6603 2.5922 156.1 19.5 .123 166 2023 02 01 15 08 50 11.159 +40 57 42.86 1.6603 2.5921 156.1 19.5 .124 166 2023 02 01 16 08 49 57.109 +40 58 25.92 1.6604 2.5921 156.1 19.5 .126 166 2023 02 01 17 08 49 43.055 +40 59 08.85 1.6604 2.5920 156.1 19.5 .127 166 2023 02 01 18 08 49 28.997 +40 59 51.64 1.6605 2.5919 156.0 19.5 .128 165 2023 02 01 19 08 49 14.935 +41 00 34.29 1.6605 2.5918 156.0 19.5 .129 165 2023 02 01 20 08 49 00.869 +41 01 16.82 1.6606 2.5918 156.0 19.5 .130 165 2023 02 01 21 08 48 46.799 +41 01 59.20 1.6606 2.5917 155.9 19.5 .131 165 2023 02 01 22 08 48 32.726 +41 02 41.46 1.6607 2.5916 155.9 19.5 .132 165 2023 02 01 23 08 48 18.649 +41 03 23.57 1.6608 2.5915 155.9 19.5 .133 164 2023 02 02 00 08 48 04.568 +41 04 05.56 1.6608 2.5914 155.8 19.5 .135 164 2023 02 02 01 08 47 50.484 +41 04 47.40 1.6609 2.5914 155.8 19.5 .136 164 2023 02 02 02 08 47 36.396 +41 05 29.11 1.6610 2.5913 155.8 19.5 .137 164 2023 02 02 03 08 47 22.305 +41 06 10.69 1.6610 2.5912 155.7 19.5 .138 164 2023 02 02 04 08 47 08.210 +41 06 52.12 1.6611 2.5911 155.7 19.5 .139 164 2023 02 02 05 08 46 54.112 +41 07 33.43 1.6612 2.5910 155.7 19.5 .141 163 2023 02 02 06 08 46 40.010 +41 08 14.59 1.6612 2.5910 155.6 19.5 .142 163 2023 02 02 07 08 46 25.906 +41 08 55.62 1.6613 2.5909 155.6 19.5 .143 163 2023 02 02 08 08 46 11.797 +41 09 36.51 1.6614 2.5908 155.6 19.5 .144 163 2023 02 02 09 08 45 57.686 +41 10 17.27 1.6615 2.5907 155.5 19.5 .145 163 2023 02 02 10 08 45 43.571 +41 10 57.89 1.6615 2.5907 155.5 19.5 .147 162 2023 02 02 11 08 45 29.454 +41 11 38.37 1.6616 2.5906 155.5 19.5 .148 162 2023 02 02 12 08 45 15.333 +41 12 18.72 1.6617 2.5905 155.4 19.5 .149 162 2023 02 02 13 08 45 01.209 +41 12 58.93 1.6618 2.5904 155.4 19.5 .150 162 2023 02 02 14 08 44 47.082 +41 13 39.00 1.6619 2.5903 155.4 19.5 .151 162 2023 02 02 15 08 44 32.952 +41 14 18.93 1.6620 2.5903 155.3 19.5 .153 162 2023 02 02 16 08 44 18.819 +41 14 58.73 1.6620 2.5902 155.3 19.5 .154 161 2023 02 02 17 08 44 04.684 +41 15 38.38 1.6621 2.5901 155.2 19.5 .155 161 2023 02 02 18 08 43 50.545 +41 16 17.90 1.6622 2.5900 155.2 19.5 .156 161 2023 02 02 19 08 43 36.404 +41 16 57.29 1.6623 2.5900 155.2 19.5 .158 161 2023 02 02 20 08 43 22.260 +41 17 36.53 1.6624 2.5899 155.1 19.5 .159 161