You won't admit your most egregious errors, let alone your more subtle ones. Science based!
And you apparently aren't able to discuss the topic at all. How unsurprising is that?
- Ozone forms as a result of incoming UV breaking O2 molecules into O atoms...some of which form O3 molecules
- The Life span of an O molecule at 20km is about 0.002 seconds and at 32 km, it is about 0.04 seconds...those O atoms become O2 again, or O3 in small fractions of a second.
- When there is no incoming UV, there is no ozone formation
- The life span of an O3 molecule at 20km is about 1000 seconds
- The life span of an O3 molecule at 32km is about 4200 seconds
- I repeat, when there is no incoming UV, there is no production of O3
Now...use your brain for just a minute if you are able. If there is no production of O3 when there is no incoming UV and if the lifespan of an O3 molecule in the stratosphere, depending on altitude is somewhere between 1000 and 4200 seconds, How much O3 do you think is left in the atmosphere on the dark side of earth....say 20 minutes before the first UV of the day hits the atmosphere and O3 production begins again?
Now...how does that relate to the "ozone holes" over the polar regions during their respective winters?
You are wrong in your model of ozone distribution.
These four points you give seem that you are implying that the ozone quickly disappears after 17 to 70 minutes after night fall.
- When there is no incoming UV, there is no ozone formation
- The life span of an O3 molecule at 20km is about 1000 seconds
- The life span of an O3 molecule at 32km is about 4200 seconds
- I repeat, when there is no incoming UV, there is no production of O3
Look at either of the two videos at this NASA site. Blow it up to full screen so you can see the legend to the right better.
Hyperwall: Ozone Minimum Concentrations, 1979-2017
You will notice that away from the poles, the ozone is around 300 to 400 Dobson units at lower latitudes. Towards the equator it drops to 275 units, mostly likely because of Lambert's cosine law for steep angles.
If your four points are correct, half of the hemisphere should be colored black (zero). It is not. If you are trying to model the ozone distribution, you failed. We should rely on the observed, repeatable, measured data of the NASA videos, not your estimate.