Search found 4 matches

by airhes
Tue Oct 17, 2023 4:00 am America/New_York
Forum: Home
Question: How to correctly calculate precipitation on the integrated LWC data?
Replies: 5

Re: How to correctly calculate precipitation on the integrated LWC data?

Dear David, unfortunately, till now your Subject Matter Expert could not find time to answer, although I suppose it is a very important contradiction for understanding the Cloud physics. Also I have described a similar problem with analyze one German work, see here -- https://bari-x-andrew.livejourn...
by airhes
Tue Aug 08, 2023 1:41 am America/New_York
Forum: Home
Question: How to correctly calculate precipitation on the integrated LWC data?
Replies: 5

Re: How to correctly calculate precipitation on the integrated LWC data?

I thought that if the process is dynamic, i.e. rain is the final stage of accumulation of water content in clouds, then to calculate precipitation it is necessary to use not the average LWC and not even the average in the cloud, but the maximum one, which should be close to the one at which the clou...
by airhes
Fri Aug 04, 2023 6:09 am America/New_York
Forum: Home
Question: How to correctly calculate precipitation on the integrated LWC data?
Replies: 5

Re: How to correctly calculate precipitation on the integrated LWC data?

The only conceivable explanation that comes to my mind is that the process is not quasi-static, but dynamic, i.e. the rain itself from the cloud causes at this moment a massive condensation of moisture in the layer of moist air under the cloud, as a result of which the precipitation is many times gr...
by airhes
Mon Jul 24, 2023 3:18 pm America/New_York
Forum: Home
Question: How to correctly calculate precipitation on the integrated LWC data?
Replies: 5

How to correctly calculate precipitation on the integrated LWC data?

Globally, it is about the project AirHES (Cloud Power & Water, http://airhes.com) -- the second (after Sun) source of renewable power (~800TW) and the first source of fresh water (~11 times more than all rivers). Which is very surprising: 1) The data that I laid in the previous model calculation...