C/2011 L4 PANSTARRS ISOPHOTES

Comentarios

Publicar un comentario

Entradas populares de este blog

LIGHT CURVE REDUCED OF COMET 46/WIRTANEN SCIENTIFIC RESULTS

Imagen
Based on my analysis of the reduced light curve of comet 46p, based on 990 measurements, being the world's largest light curve, the preliminary scientific results are: Estimated diameter 0.96 kms, Estimated active surface area ~ 50km2, Water production rate Q (H2O) ~ 10 ^ 29.5 mol sec = 5 tons per second of water, it is observed that ar = 1.25 au, there is a change in the predominant chemical volatility being Q H2O> Q CO +, these results are preliminary, until completing the light curve, and are based on the following scientific references: Sosa, Fdez (2011), Yang (2008), Navarro (2018), MPC / IAU, Cobs.si, Observerscometas yahoogroups.com (Navarro owner).
Leer más

PRELIMINARY ANALYSIS OF THE CURVE OF VISUAL LIGHT AND CCD OF THE COMET 46 P / WIRTANEN

Imagen
ABSTRACT A preliminary analysis of the visual light curve and ccd of Comet 46P / Wirtanen with 990 visual measurements and ccd obtained from the sources MPC / IAU, COBS database, and observadorescometas yahoogroups.com (Navarro Pina Administrator) is made, being the largest curve of light until the moment of this comet, are determined, the photometric parameters of the comet, absolute magnitude (m0), and rate of increase in brightness or activity index (n), as well as an analysis and revision of the physical parameters, diameter of the nucleus, mass, rate of water production, also the author, studies the correlation between magnitudes ccd (mccd) and visual (m1), finding an increase in time with a difference of 100 days of 4.4 magnitudes, and obtaining the equations [ d (m1-mccd) T-20 = 6.1 mag. ] and [ d (m1-mccd) T-20 = 1.7 mag.] 1. INTRODUCTION AND RESUME Studying the resulting light curve at only 20 days for perihelion, we found, with 990 visual observations and ccd collected f…
Leer más

J.P.NAVARRO PINA DISCOVERED THE NINTH NEW ASTEROID 2018 NJ15

"Pseudo-MPEC" for 2018 NJ15 Created 2018 Oct 11 13:39:02 UT using Find_Orb Astrometry Observing stations Orbital elements Residuals Ephemeris Click here to search NEAT images for this object using Skymorph Click here to search DSS2 images for this object using Skymorph Click here to search Spacewatch images for this object using Skymorph Astrometry: K18N15J C2018 07 12.09667 20 24 57.86 -14 37 49.8 20.2 R ~2ifJ954 K18N15J C2018 07 12.09834 20 24 57.74 -14 37 52.2 20.3 R ~2ifJ954 K18N15J C2018 07 12.10507 20 24 57.43 -14 37 53.2 20.3 R ~2ifJ954 K18N15J C2018 07 13.10214 20 24 09.19 -14 45 01.5 20 R ~2ifJ954 K18N15J C2018 07 13.10383 20 24 09.10 -14 45 02.7 20.1 R ~2ifJ954 K18N15J C2018 07 13.11054 20 24 08.77 -14 45 05.1 19.9 R ~2ifJ954 Station data: (954) Teide Observatory (N28.2985 W16.5094) Canary Islands (Spain). Orbital elements: 2018 NJ15 Perihelion 2019 Dec 12.318160 +…
Leer más