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Luis, J., (2013). Grupos dinámicos de asteroides en la Región de la Familia Palas [Tesis, Universidad Nacional del Callao]. https://hdl.handle.net/20.500.12952/1741
Luis, J., Grupos dinámicos de asteroides en la Región de la Familia Palas [Tesis]. PE: Universidad Nacional del Callao; 2013. https://hdl.handle.net/20.500.12952/1741
@misc{renati/334823,
title = "Grupos dinámicos de asteroides en la Región de la Familia Palas",
author = "Luis Machuca, James Freddy",
publisher = "Universidad Nacional del Callao",
year = "2013"
}
Title: Grupos dinámicos de asteroides en la Región de la Familia Palas
Authors(s): Luis Machuca, James Freddy
Advisor(s): Carlos Reyes, Rafael
Keywords: Minor planets; Asteroids; Celestial mechanics; Asteroides; Mecánica celeste; Planeta de menores
Issue Date: 2013
Institution: Universidad Nacional del Callao
Abstract: Palas fue descubierto por Olbers en Bremen, en 1802, y desde entonces ha sido el tema de mucho interés, debido a su gran masa y la gran inclinación de su plano orbital con respecto al plano invariante del Sistema solar. (2) Palas es también el miembro más grande de una familia de asteroides, que se caracteriza por su interacción con la resonancia secular no lineal 2v6 - v5 + v16 = g + g5 - 2g6 + s - s6.
En este trabajo se obtuvieron grupos dinámicos para la región de la familia de Palas, mapas dinámicos de la misma zona y se investigó los efectos a largo plazo de varias configuraciones resonantes cuando se considera la fuerza Yarkovsky y el efecto de los encuentros cercanos con (2) Palas. El significado estadístico de los grupos menores en la región de la familia Palas también se discute en este trabajo.
Pallas was discovered by Olbers at Bremen in 1802, and since then has been the subject of much interest, because of its large mass and the large inclination of its orbital plane with respect to the Solar System invariable plane. (2) Pallas is also the largest member of an asteroid family, characterized by it interaction with the 2v6 - v5 + v16 = g + g5 - 2g6 + s - s6 non-linear secular resonance. In this work we obtained dynamical groups for the region of the Pallas family, dynamical maps for the same area and investigated the long-termeffect of various resonant configurations whe the Yarkovsky force and the effect of close encounters with (2) Pallas are considered. Determination of the statistical significative of minor groups in the Pallas family region is also discussed in this paper.
Pallas was discovered by Olbers at Bremen in 1802, and since then has been the subject of much interest, because of its large mass and the large inclination of its orbital plane with respect to the Solar System invariable plane. (2) Pallas is also the largest member of an asteroid family, characterized by it interaction with the 2v6 - v5 + v16 = g + g5 - 2g6 + s - s6 non-linear secular resonance. In this work we obtained dynamical groups for the region of the Pallas family, dynamical maps for the same area and investigated the long-termeffect of various resonant configurations whe the Yarkovsky force and the effect of close encounters with (2) Pallas are considered. Determination of the statistical significative of minor groups in the Pallas family region is also discussed in this paper.
Link to repository: https://hdl.handle.net/20.500.12952/1741
Discipline: Física
Grade or title grantor: Universidad Nacional del Callao. Facultad de Ciencias Naturales y Matemáticas
Grade or title: Licenciado en Física
Register date: 7-Apr-2017
This item is licensed under a Creative Commons License