Their response was that there are no records for the height of the footprint scans on the Aqua satellite and that the values for Ai and Theta Bar i are as follows:
A(i) = 0.38648412E-1, -0.13865858, 0.60949275, 0., 2.0037199, -0.95993573, 0., 0.28063577, -0.9307997E-1, 0.37032401E-1, -0.15795620E-2, -0.49943969E-2, -0.11815043E-1, 0.70557197E-1, -0.33432437E-1
thetabar(i) = A_mean(i) * amsu_noise_tr(i) where:
A_mean(i) = 1200.2806, 901.08093, 949.21509, 0., 1242.5841, 1382.2343, 0., 1359.1735, 1323.4860, 975.67328, 920.14246, 654.80048, 499.30478, 313.854318, 1955.0244
amsu_noise_tr(i) = 0.17, 0.22, 0.25, 0.14, 0.20, 0.17, 0.14, 0.16, 0.16, 0.22, 0.24, 0.35, 0.48, 0.80, 0.12
Notice that each of these collections of numbers contains 15 numbers. These correspond to the 15 channels on the Aqua satellite.
I still need to check that the above values, when used in NASA's formula for creating synthetic channel 4 data, actually produce the published values for that channel.
I'm out of ideas on how to obtain the height in the atmosphere each footprint scans.
Previous Posts In This Series
Appealing NASA's FOIA Decision
NASA Responds To FOIA Request
Quick FOIA Update
The Government Way
FOIA Request Filed With NASA
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