A search for small solar-system bodies near the earth using a ground-based telescope - Technique and observations
Abstract
A large, previously undetected flux of small bodies near earth is identified by employing the standard technique of detection of an individual object in two consecutive frames. The observational periods and viewing coordinates for the search for small bodies are presented. A null test is performed in order to further demonstrate that the signatures in the images are not due to instrumental artifacts. The observed fluxes, orbital motions, and radii of the small bodies detected are in agreement with those for the small cometlike objects previously reported. It is pointed out that the radii of the small bodies would be in the range of meters. Since an alternative interpretation of the small bodies is possible, it is suggested that the use of a telescope with larger aperture and/or array detectors with lesser noise levels is necessary to confirm the present observations.
- Publication:
-
Astronomy and Astrophysics
- Pub Date:
- February 1990
- Bibcode:
- 1990A&A...228..522F
- Keywords:
-
- Astronomical Photometry;
- Comets;
- Solar System;
- Space Observations (From Earth);
- Astronomical Photography;
- Dayglow;
- Photointerpretation;
- Stationary Orbits;
- EARTH;
- EARTH-BASED OBSERVATIONS;
- TELESCOPE METHODS;
- TECHNIQUES;
- DIAGRAMS;
- COMETS;
- AIRGLOW;
- INTENSITY;
- FLUX;
- PHOTOMETRY;
- DENSITY;
- ABUNDANCE;
- SIZE;
- PROCEDURE;
- EQUIPMENT;
- IMAGERY;
- ANALYSIS;
- MOTION;
- ULTRAVIOLET;
- WAVELENGTHS;
- ORIGIN;
- SOURCE;
- DEBRIS;
- ASTRONOMY;
- Astronomy; Planets