Clearly nice to see this topic as I research Solar flux that predicts intstantaneuse hourly and integrated daily direct and diffuse solar flux upon sloped as well as horizontal surfaces for clear and cloudy days. We can see in Yours presentation slide show how to input physical model and categorized by level of detail in radiative transfer process. Mybe in oreder we can calculate the hemispherical flux by a complete accounting that requires numerical involving like ~spectral integration over the solar bend & azimuthal and zenuthal integrations. Also that I notice here is vertical profiles that in my case will be aerosol number of density that will be summation of Fourier series of several houndred nodes. So thank you for vision in researching.
Thank you for such a clear and concise explanation! This information is underrated as it very nicely can help to explain why it's not a good idea to try to cover the atmosphere to block out the sun as a climate change tactic. These figures you present would be greatly impacted in a harmful way for life on earth.
Definitely interesting, but as an Amateur Radio operator, my question is: How does all of this play into the propagation of radio waves in the D, E, and F layers of the ionosphere determining the success (or failure) of long distance (DX) contacts in the various radio frequency bands? The higher the SFI, the better the conditions for DX, the lower the SFI, the worse the conditions. Thank you.
Clearly nice to see this topic as I research Solar flux that predicts intstantaneuse hourly and integrated daily direct and diffuse solar flux upon sloped as well as horizontal surfaces for clear and cloudy days. We can see in Yours presentation slide show how to input physical model and categorized by level of detail in radiative transfer process. Mybe in oreder we can calculate the hemispherical flux by a complete accounting that requires numerical involving like ~spectral integration over the solar bend & azimuthal and zenuthal integrations. Also that I notice here is vertical profiles that in my case will be aerosol number of density that will be summation of Fourier series of several houndred nodes. So thank you for vision in researching.
Thank you for such a clear and concise explanation! This information is underrated as it very nicely can help to explain why it's not a good idea to try to cover the atmosphere to block out the sun as a climate change tactic. These figures you present would be greatly impacted in a harmful way for life on earth.
This is what i was looking for. Thanks !
Thanks for commenting. Glad you found the video useful.
Definitely interesting, but as an Amateur Radio operator, my question is: How does all of this play into the propagation of radio waves in the D, E, and F layers of the ionosphere determining the success (or failure) of long distance (DX) contacts in the various radio frequency bands? The higher the SFI, the better the conditions for DX, the lower the SFI, the worse the conditions. Thank you.
Neat
Thank you for video...
Most welcome. Thanks for commenting.