Geocentric Ephemeris for Phaeton. 2023 (July 2023)
To calculate the orbital elements and physical parameters was used:
1. Visual observations for 2016,2017.
2. Calculated synchronization of the motion of the main objects of the Solar System - complex orbital resonance.
3. Pioneer anomaly.
4. Anomalous precession of Mercury perihelion.
5. The variational method.
6.
Оrbital elements Phaeton (last correction) :
Epoch 2015.0, September 13.288 = 2 457 278.788 JDT (perihelion) Node 193.478727, Arg 142.833272, a 4.1470565 , Incl 20.752465, e 0.53423 , P 8.4436 , n 0.11672794
Anomalous perihelion precession p(a) = 6.26 arc sec per day.
Nodes precession p(n) = 35/14 arc sec per day.
Physical parameters of Near Giant Planet – Phaeton(last correction) :
The maximum search and detection radius (error) is from 4.1 arc minutes to 19.5 arc minutes.
Recommendations.
Continuous astro photography.
Use of low polarization filters.
Search for 2 dark moving spots (max distance between 2 spots about 10 arc min).
Eclipse of the stars or transit through the NGС objects.
Sharpness setting approximately on Jupiter.
Frames are not summed, but animated.
Object brightness - not brighter + 50.0m
The most important recommendation: Start with visual observations. High concentration of asteroids and dust will indicate the location. You will see a similarity of the Kordylewsky cloud (+16.5m ,+17.0m). The main thing is patience and care. Mark the beginning of the occultation of the star and the end of its eclipse.Angular velocity + geocentric distance + eclipse time = object size
The high concentration of asteroids and their sinusoidal movement will indicate the exact location of Phaethon. Main search method – transit.
Theoretical base.
1.https://search-for-near-giant-planet.blogspot.com/2021/04/fifth-planet-of-solar-system-phaeton.html
2.https://search-for-near-giant-planet.blogspot.com/2021/06/commentary-on-article-fifth-planet-of.html
3.https://search-for-near-giant-planet.blogspot.com/2021/10/blog-post.html
Geocentric Ephemeris for Phaeton.(July 2023)
Date Calculated Calculated Distance Distance Elong
(0 UT) R.A. Declination to Sun to Earth °
h m s ° ' " a.u. a.u.
Jul 01 16 06 15.7 +08 06 00.3 3.000182 2.230022 131.3307
Jul 02 16 05 45.4 +08 02 24.2 2.994993 2.232804 130.5326
Jul 03 16 05 16.2 +07 58 36.0 2.989663 2.235753 129.7310
Jul 04 16 04 48.1 +07 54 35.9 2.984403 2.238864 128.9266
Jul 05 16 04 21.1 +07 50 24.2 2.979143 2.242140 128.1197
Jul 06 16 03 55.2 +07 46 00.7 2.973883 2.245571 127.3100
Jul 07 16 03 30.9 +07 41 27.6 2.968623 2.249100 126.5039
Jul 08 16 03 07.2 +07 36 40.9 2.963362 2.252866 125.6886
Jul 09 16 02 49.4 +07 31 38.8 2.958102 2.256552 124.8918
Jul 10 16 02 24.0 +07 26 37.4 2.952841 2.260747 124.0626
Jul 11 16 02 04.5 +07 21 19.6 2.947581 2.264883 123.2501
Jul 12 16 01 45.8 +07 15 52.2 2.942321 2.269177 122.4355
Jul 13 16 01 28.6 +07 10 14.4 2.937061 2.273992 121.6221
Jul 14 16 01 12.6 +07 04 26.9 2.931802 2.278128 120.8092
Jul 15 16 00 58.0 +06 58 29.8 2.926542 2.282790 119.9970
Jul 16 16 00 44.7 +06 52 23.7 2.921284 2.287564 119.1869
Jul 17 16 00 32.7 +06 46 07.9 2.916025 2.292467 118.3756
Jul 18 16 00 22.0 +06 39 43.5 2.910768 2.297477 117.5666
Jul 19 16 00 12.7 +06 33 10.4 2.905511 2.302597 116.7591
Jun 20 16 00 04.7 +06 26 28.8 2.900254 2.307824 115.9531
Jul 21 15 59 58.0 +06 19 38.9 2.894998 2.313152 115.1488
Jul 22 15 59 52.7 +06 12 41.1 2.889743 2.318579 114.3464
Jul 23 15 59 48.8 +06 05 35.4 2.884489 2.324103 113.5460
Jul 24 15 59 46.2 +05 58 22.2 2.879236 2.329720 112.7476
Jul 25 15 59 45.0 +05 51 01.7 2.873484 2.335424 111.9516
Jul 26 15 59 45.2 +05 43 34.1 2.868733 2.341214 111.1579
Jul 27 15 59 46.7 +05 35 59.5 2.863484 2.347086 110.3667
Jul 28 15 59 50.8 +05 28 11.1 2.858235 2.353647 109.5833
Jul 29 15 59 53.9 +05 20 30.8 2.852988 2.359060 108.7921
Jul 30 15 59 59.6 +05 12 37.0 2.847742 2.365154 108.0089
Jul 31 16 00 06.6 +05 04 37.3 2.842497 2.371316 107.2286
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