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Aqua SD m1 trends MCST delivered measured m1s counts are multiplied by m1s near term objective: describe m1s as a function of time to extrapolate into.

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Presentation on theme: "Aqua SD m1 trends MCST delivered measured m1s counts are multiplied by m1s near term objective: describe m1s as a function of time to extrapolate into."— Presentation transcript:

1 Aqua SD m1 trends MCST delivered measured m1s counts are multiplied by m1s near term objective: describe m1s as a function of time to extrapolate into future result 1 (pretty sure): beta angle dependence should be removed result 2 (open to discussion): pattern of different detectors suggests common reason for pattern at beginning and end of mission

2 Aqua SD m1 as a function of time

3 M1 ratios as a function of beta angle

4 M1 as a function of time with exponential fit

5 Residuals of m1 to exponential versus beta angle for detector 1

6 Residuals of m1 to exponential versus beta angle for detector 10

7 RMS as a function of detector

8 M1 (detector 1) after correction for beta angle

9 M1 (detector 5) after correction for beta angle

10 Residuals of corrected m1 from exponential, detector 1

11 Residuals of corrected m1 from exponential, detector 5

12 Residuals as a function of detector

13 Residuals versus detector, normalized to detector 1

14 log m1 (dashed line) and exponential m1 (solid line)

15 M1 ratio: log / exponential


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