Search for very close approaching NEAs
Peter Vere\v{s}, Leonard Korno\v{s}, Juraj T\'oth

TL;DR
This paper simulates a de-biased Near-Earth Asteroid (NEA) population to analyze their close approaches to Earth, providing insights into detection probabilities and orbital geometries.
Contribution
It introduces a simulation of a de-biased NEA population and investigates their close approaches and discovery probabilities.
Findings
Identifies geometrical conditions for close approaches.
Estimates detection probabilities within one year.
Provides a simulated population up to H=28 magnitude.
Abstract
A simulation of de-biased population of NEAs is presented. The numerical integration of modeled orbits reveals geometrical conditions of close approaching NEAs to the Earth. The population with the absolute magnitude up to H=28 is simulated during one year. The probability of possible discoveries of the objects in the Earth vicinity is discussed.
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Taxonomy
TopicsSolar and Space Plasma Dynamics · Astro and Planetary Science · Geophysics and Gravity Measurements
