Report
Improving Aura/OMI UV Retrievals Through Spatially Dispersed Measurements Within OM1 Footprints
01 Jan 2005
Abstract
This grant is an extension of Grant NAG5-8929 (Drexel Project Number 230026), resulting from extensions necessary to meet changing science objectives as described in the final report for NAG5-8929, a copy of which is attached. The instrument configuration resulting from NAG54929 has remained basically intact. Cosine response measurements conducted by James Slusser s group at Fort Collins, Colorado, in support of the proposal for Aura ground validation mentioned in the final report for NAG5-8929, indicated that there was significant light leakage to the detector through the sides of the nylon housing. This was easily remedied by machining a removable opaque collar (made from the dark same grey rigid plastic plumbing tubing as the collimating tube) that fits around the detector collar. Also during this grant period, data logging procedures were established for the UV-A instrument, to record irradiance before, during, and after an Aura overflight. This is required in order to compare spatial and temporal variability as required for ground validation of data products derived from the Ozone Monitoring Instrument (OMI). Standalone 12-bit loggers from Onset Computer Corporation (the U12 series), which were not available at the start of these projects, makes possible relatively inexpensive logging for these instruments at a usable resolution. configuration and disposition of these instruments, including the final version of a GLOBE protocol for using the instruments, currently depend on action taken on the Aura ground validation proposal submitted in 2004. A copy of that proposal is attached.
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Details
- Title
- Improving Aura/OMI UV Retrievals Through Spatially Dispersed Measurements Within OM1 Footprints
- Creators
- David Robert Brooks - Drexel University
- Publisher
- National Aeronautics and Space Administration
- Number of pages
- 5 pages
- Resource Type
- Report
- Language
- English
- Academic Unit
- Mechanical Engineering and Mechanics
- Identifiers
- 991022031772704721