I haven't done anything on noise reduction, the SRT software calibrates and filters out most of the noise so you get good data. My problem is not from terrestrial noise but the from the Sun's position in the sky. When the Sun is lower on the horizon I am looking through more atmosphere therefore...
I want to get rid of the hump because then I will be able to see smaller radio bursts and it will obviously make clear between interfrence and actual solar emission
The farthest I have gotten is getting the Air Mass ~ secx where x is your angle from the zenith but I don't know how I would incorporate that into a line equation, and also haven't been able to find any references on this anywhere.Which leads me to believe I am missing something simple because...
The excel files are really big so I can't upload one but i can email it to you, I have tried just subtracting the hump but its not due to noise, the hump is there because the radio intensity of Sun increases throughout the day because has a higher altitude and therefore the telescope is looking...
I am observing the Sun with a small radio telescope for a research project. I am measuring the intensity of the flux and comparing it to X-ray flux data from the NOAA. I am plotting radio flux intensity against time and i get a big "hump" in the middle of the day due to less atmospheric...