This shows you the differences between two versions of the page.
Both sides previous revision Previous revision | Next revision Both sides next revision | ||
codes:errorbudget [2020/12/13 22:33] fparraro |
codes:errorbudget [2020/12/13 22:35] fparraro |
||
---|---|---|---|
Line 654: | Line 654: | ||
* //zenith_angle_uncertainty//. This is calculated as the output of //sza_unc()// function. | * //zenith_angle_uncertainty//. This is calculated as the output of //sza_unc()// function. | ||
+ | |||
* //airmass_uncertainty//. This is defined as the ozone air mass uncertainty, and is calculated as the output of //brewer_airmass_unc()//, using //zenith_angle//, //zenith_angle_uncertainty//, a height of 22 km and a height uncertainty of 2.24 km as input. | * //airmass_uncertainty//. This is defined as the ozone air mass uncertainty, and is calculated as the output of //brewer_airmass_unc()//, using //zenith_angle//, //zenith_angle_uncertainty//, a height of 22 km and a height uncertainty of 2.24 km as input. | ||
+ | |||
* //airmass_rayleigh_uncertainty//. This is defined as the Rayleigh air mass uncertainty, and is calculated as the output of //brewer_airmass_unc()//, using //zenith_angle//, //zenith_angle_uncertainty//, a height of 5 km and a height uncertainty of 0.2 km as input. | * //airmass_rayleigh_uncertainty//. This is defined as the Rayleigh air mass uncertainty, and is calculated as the output of //brewer_airmass_unc()//, using //zenith_angle//, //zenith_angle_uncertainty//, a height of 5 km and a height uncertainty of 0.2 km as input. | ||