Description
The objective of the Optical Thickness Calibration study was to compare aerosol optical thickness measurements derived from three different groups. These groups measured atmospheric transmission, in particular, the aerosol optical thickness, using at least three different instruments (e.g., a solar transmissometer SXM-2, a Reagan sunphotometer, and an airborne tracking sunphotometer) and three different analysis procedures.
Resources
| Name | Format | Description | Link |
|---|---|---|---|
| Web Resource | Binary | OMSO2e.003 | Open resource |
| Text File | Text | README.OMSO2e_2020-10-16.txt | Open resource |
| Web Page | HTML | contents.html | Open resource |
| Web Resource | Binary | Open resource | |
| Original Metadata | Unknown | The metadata's original source. | Open resource |
| Original Metadata | Unknown | The metadata's original source. | Open resource |
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| PNG Image File | PNG | fife_logo_square.png | Open resource |
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| Zip File | ZIP | fife_optical_ot_calib_60.zip | Open resource |
| PDF File | optical_thick_calib.pdf | Open resource | |
| Web Resource | Binary | ot_calib.doc | Open resource |
| Web Resource | Binary | ot_calib.tdf | Open resource |
| Web Page | HTML | OMSO2e_003.html | Open resource |
| PNG Image File | PNG | OMSO2e_003.png | Open resource |
| Web Resource | Binary | OMSO2e_2020-11-25.fs | Open resource |
| PDF File | README.OMI_DUG.pdf | Open resource | |
| Web Page | HTML | Open resource | |
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| Web Resource | Binary | Open resource | |
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| Web Resource | Binary | Open resource | |
| Web Resource | Binary | Open resource | |
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| Web Resource | Binary | Open resource |