Nongravitational nominal solution

   Obs. arc:      1952 12 10 - 1953 07 18  
   Number of obs: 36   
   RMS:           1.08 arc second, (61 residuals used, 15.3% rejected residuals)  

Heliocentric osculating orbit

  Epoch        Perihelion time   q             e            ω              Ω            i      
  1953 01 23   19530124.861090   0.77770934    1.00005338   253.822072     343.580012   97.186308        
                    ± 0.000716   0.00001008    0.00014581     0.000446       0.000890    0.000812      

  NG parameters:   
   A1= (3.8399  ± 1.9048)  10-8 AU/day2  
   A2=(-0.48851 ± 0.18115) 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      
  1655 04 15   1953 124.009962   0.77523403    1.00000006   253.926416     344.352039   97.169311        
                    ± 0.001204   0.00003669    0.00006650     0.003436       0.000900    0.000824   
   1/aori =  (-0.07 ± 85.78) 10-6 AU-1  

Barycentric nominal future orbit (at 250 AU from the Sun)

  Epoch        Perihelion time   q             e            ω              Ω            i      
  2250 05 26   1953 125.074189   0.77661881    1.00003215   253.739321     344.211006   97.128729        
                    ± 0.002219   0.00004214    0.00008305     0.004184       0.000894    0.000825   
   1/afut = (-41.39 ± 106.94) 10-6 AU-1  

In the 17th edition of the Catalogue of Cometary orbits (2008):

Gravitational orbit (64 obs.) with negative 1/aori - original barycentric orbit - hyperbolic.


The same comet in some other internet sources:


More details

Starting swarms of VCs...(heliocentric, osculating orbits)


Gravitational osculating swarm.

Non-gravitational osculating swarm.


Original and future orbit at the 250 AU from the Sun.

Comet number 6 in the Table: Non-gravitational 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]
6 C/1952 W1 Mrkos
weighting
-140.69 ± 21.69 -456.98 ± 21.67
1953 01 23
-298.66 ± 21.69 1.14 -0.07 ± 85.78 -68.64 ± 187.49
1953 01 23
-41.39 ± 106.94 1.08 3.8399 ± 1.9048
-0.4885 ± 0.1811


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 :

1952w1amz.png
Past, gravitational, asynchronic.
1952w1amsz.png
Past, gravitational, synchronic.


1952w1nmz.png
Past, nongravitational, asynchronic.
1952w1nmsz.png
Past, nongravitational, synchronic.
1952w1nmez.png
Past, nongravitational, synchronic,
but 160 outstanding VCs were omitted.


Future orbits, at next perihelion for the returning VCs:

1952w1apz.png
Future, gravitational, asynchronic.
1952w1apsz.png
Future, gravitational, synchronic.


1952w1npz.png
Future, nongravitational, asynchronic.
1952w1npsz.png
Future, nongravitational, synchronic.
1952w1npez.png
Future, nongravitational, synchronic,
but 131 outstanding VCs were omitted.