IPMMI Workshop Action Items
Status as of 12 October 1999
Responsible Persons |
Item |
Status |
All instruments |
Perform detailed error analysis and report to Jack Calvert. Include all sources of random and systematic error and their estimated magnitudes (1s level). Give total uncertainty at 1s level and 95% confidence interval. |
|
Bais/Madronich |
Calculate j(O(1D)) from modeled actinic flux spectra using common molecular parameters and temperatures. |
|
|
|
Evaluate reasons for differences between various j-value determinations (measurements & models) |
|
Crawford |
Compare “rigorous” model calculations with “normal” routine calculations |
|
Shetter/Lefer/Hall |
Measure spectral albedo of chemical actinometer backing |
|
Cantrell |
Estimate effect of photolysis of surface adsorbed NO2 and light calalyzed NO to NO2 conversion on CA results |
|
Shetter/Madronich |
Try to understand AM to PM hysteresis of j-values and jNO2 ratios |
|
Hofzumahaus |
Look at interpolation procedure for FZJ SR data. |
|
Paper 2 team |
Try to quantitatively understand structure in SR spectra ratios. Suggestions for possible causes include sampling interval and instrument slit function. |
|
Bais/Madronich |
Try to quantitatively understand structure in modeled actinic flux spectra ratios. Is it due to extraterrestrial flux differences? |
|
Bais |
Try to quantitatively understand structure in ratio of measured to modeled actinic flux spectra. Is it due to slit function issues? |
|
Cantrell/Madronich |
Examine effect of measured s’s slit function on calculated j-values. |
|