Nongravitational nominal solution
Observational arc: 1992 11 26 - 1994 08 17 Number of observations: 746 RMS: 0.98 arcsec (1489 residuals used, 0.2% rejected residuals )
Heliocentric osculating orbit at the standard epoch close to perihelion time (the same as in MWC08)
  Epoch        Perihelion time   q             e            ω              Ω            i      
  1994 01 08   19940112.883853   1.93752930    1.00178211   130.657139     144.722421     124.877854  
                    ± 0.000112   0.00000129    0.00000327     0.000047       0.000021       0.000018        
  NG parameters:   
   A1 = (16.197  ± 0.164 )×10-8 AU/day2  
   A2 = (-2.0631 ± 0.1633)×10-8 AU/day2  
   A3 = 0 (assumed)  
Heliocentric osculating orbit at the epoch close to the discovery date (used as starting orbit in this investigation)
  Epoch        Perihelion time   q             e            ω              Ω            i      
  1992 10 25   19940112.948975   1.93770644    1.00162206   130.665894     144.719773     124.878580  
                    ± 0.000216   0.00000215    0.00000436     0.000111       0.000021       0.000018        
  NG parameters:   
   A1 = (16.197  ± 0.164 )×10-8 AU/day2  
   A2 = (-2.0631 ± 0.1633)×10-8 AU/day2  
   A3 = 0 (assumed)  
Barycentric nominal original orbit (at 250 AU from the Sun)
  Epoch        Perihelion time   q             e             ω             Ω            i      
  1693 07 04   19940113.881309   1.94262382    0.99987828    130.675702   145.424546   124.964776    
                    ± 0.000219   0.00000212    0.00000437      0.000109     0.000020     0.000014        
   1/aori =  (62.66 ± 2.25)×10-6 AU-1  
Barycentric nominal future orbit (at 250 AU from the Sun)
  Epoch        Perihelion time   q             e             ω             Ω            i      
  2289 05 21   19940113.938832   1.93440315    1.00078924    130.707526   145.576569   124.885135       
                    ± 0.000229   0.00000203    0.00000510      0.000116     0.000023     0.000020       
  1/afut = (-408.00 ± 2.42)×10-6 AU-1  
In the 17th edition of the Catalogue of Cometary orbits (2008):
Nongravitational orbit (539 obs.) with A1= 16.6 10-8 AU/day2, A2= -2.2 10-8 AU/day2
The same comet in some other internet sources:
More details
Starting swarms of VCs...(heliocentric, osculating orbits)
Original and future orbit at the 250 AU from the Sun.
Comet number 15 in the Table: Nongravitational Oort spike comets (26 objects)
| Name | GR (1/a)ori [10-8 AU/day2] | GR (1/a)osc [10-8 AU/day2] epoch [TT] | GR 1/afut [10-8 AU/day2] | RMSGR [arcsec] | NG (1/a)ori [10-8 AU/day2] | NG (1/a)osc [10-8 AU/day2] epoch [TT] | NG 1/afut [10-8 AU/day2] | RMSNG [arcsec] | NG parameters A1 A2 A3 [10-8 AU/day2] tau shift [day] | |
| 15 | C/1993 A1 Mueller weighting | +11.26 ± 3.99 | -888.56 ± 4.04 1992 10 25 | -508.85 ± 3.99 | 2.42 | +62.66 ± 2.25 | -837.10 ± 2.25 1992 10 25 | -408.00 ± 2.42 | 0.98 | 16.197 ± 0.164 -2.063 ± 0.163 | 
Note: in the following plots black denotes returning clones while red denotes escaping ones.The nominal solution is located at the center of the green circle. Each plot have a header where date of calculation and some other parameters are coded. Also numbers of returning (B=shown+omitted), escaping (C=shown+omitted) and all (T=shown+omitted) Vcs are shown.
Past orbits, at previous perihelion for the returning VCs
Future orbits, at escape border (no returning VCs) :













