Results from the AIM-IT Meteor Tracking System
The recent development and data collection results of the Astrobiology Instrumentation for Meteor Imaging and Tracking (AIM-IT) system, has demonstrated an ability to point narrow field-of-view instruments at transient events such as meteors. AIM-IT uses the principle of tracking moving objects via a paired set of relay mirrors along with an integrated hardware/software solution, to acquire and track meteors in real-time. Development of the instrument has progressed from a prototype rocker-box system through more recent use of a fast response mirror system during several meteor shower campaigns. Several narrow field of view instruments have been deployed using AIM-IT including high spatial resolution video, high frame rate video, and meteor spectrographic equipment. Analysis of the imagery shows evidence for meteor fragmentation in as many as 20% of the meteors tracked thus far. The success of the AIM-IT technology in tracking meteors during their luminous flight provides a new tool in enhancing the capabilities and data volume that can be obtained with existing narrow field of view instruments.
KeywordsMeteor meteor instrumentation meteor tracking meteor imaging meteor spectroscopy
Unable to display preview. Download preview PDF.
- Gural, P. S.: 1999, MeteorScan Documentation and User’s Guide, Version 2.2, Sterling, Virginia.Google Scholar
- Jenniskens, P. M.: 2002, WGN Journal of the IMO 30:6, 218–224.Google Scholar
- Jenniskens, P. M., Butow, S. J., and Fonda, M.: 2000, Earth, Moon, Planets 82–83, 1–26.Google Scholar
- Jenniskens, P. M. and Russell, R. W.: 2003, in H. Yano, S. Abe, and M. Yoshikawa, (eds.) Proceedings of the 2002 International Science Symposium on the Leonid Meteor Storms, March 2003, pp. 3–16.Google Scholar