We re-derive the secular theory for Trojan-type motion from Morais ([CITE]) using a Hamiltonian formulation and show how this methodology allows us to include the effect of an oblate central mass and the secular perturbations from additional bodies in a rigorous way. As an application of this work we locate secular resonances inside the co-orbital regions of the uranian satellites and the planets, and show that these are in good agreement with the behaviour observed in numerical integrations
We study by numerical integration the secular dynamical behavior of a sample of 32 Mars-crossing and...
The discovery of extra-solar planetary systems with multiple planets in highly eccen-tric orbits ( ...
Context. The stability of satellites in the solar system is affected by the so-called evection reson...
A number of studies, referring to the observed Trojan asteroids of various planets in our Solar Syst...
The main subject of this work is the study of the problem of the Trojan orbits from a perturbative H...
The study of the Trojan problem (i.e. the motion in the vicinity of the equilateral Lagrangian point...
The dynamical structure of the trans-Neptunian region is still far from being fully understood, espe...
We have investigated the possible role of secular resonances in the dynamical evolution of Trojans d...
Also published in Celest. Mech. v. 34 (1984) p. 425-434SIGLECopy held by FIZ Karlsruhe; available fr...
One of the most interesting features in the libration domain of co-orbital motions is the existence ...
This study aims to treat the problem of secular perturbations in the motions of planets from the ana...
Context. Statistical analysis of the orbits of distant Kuiper belt objects (KBOs) has led to the sug...
The discovery of extra-solar planetary systems with multiple planets in highly eccentric orbits ($si...
Abstract Classical secular theory can be a powerful tool to describe the qualitative character of mu...
We study by numerical integration the secular dynamical behavior of a sample of 32 Mars-crossing and...
The discovery of extra-solar planetary systems with multiple planets in highly eccen-tric orbits ( ...
Context. The stability of satellites in the solar system is affected by the so-called evection reson...
A number of studies, referring to the observed Trojan asteroids of various planets in our Solar Syst...
The main subject of this work is the study of the problem of the Trojan orbits from a perturbative H...
The study of the Trojan problem (i.e. the motion in the vicinity of the equilateral Lagrangian point...
The dynamical structure of the trans-Neptunian region is still far from being fully understood, espe...
We have investigated the possible role of secular resonances in the dynamical evolution of Trojans d...
Also published in Celest. Mech. v. 34 (1984) p. 425-434SIGLECopy held by FIZ Karlsruhe; available fr...
One of the most interesting features in the libration domain of co-orbital motions is the existence ...
This study aims to treat the problem of secular perturbations in the motions of planets from the ana...
Context. Statistical analysis of the orbits of distant Kuiper belt objects (KBOs) has led to the sug...
The discovery of extra-solar planetary systems with multiple planets in highly eccentric orbits ($si...
Abstract Classical secular theory can be a powerful tool to describe the qualitative character of mu...
We study by numerical integration the secular dynamical behavior of a sample of 32 Mars-crossing and...
The discovery of extra-solar planetary systems with multiple planets in highly eccen-tric orbits ( ...
Context. The stability of satellites in the solar system is affected by the so-called evection reson...