27 June 2021 How Do I Read The SR Reports Essay Introduction; Observations; Reading The Reports
3127 June 2021. How Do I Read The SR Reports Essay: Introduction; Observations; Reading The Reports
Largely v-book (reading from a script, without much visuals)
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13:46 Content starts.
1:05:00 Pause for Aronmix.
1:35:00 Back to Lesson.
2:45:00 End of lesson, end with Aronmix.
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Keywords and phrases: Amplitude; Quality; Dependency; deci-Bel (unit of measure); Tesla (unit of measure); Mode (modulation); Bandwidth; Frequency; Velocity, Resonance; Harmonic; Vector; EMF (electro-magnetic field); nano- (prefix); pico-(prefix); Ionosphere (ionospheric layers); di-urnal variation;
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Part One: OBSERVATIONS. Current conditions of Schumann resonances, as recorded on Tomsk's SOS graphs.
1.1.1 -Current Conditions.
Past 24 hours has been relatively calm. We had a day of flatlined amplitude, which stayed stuck to the floor of the chart. Quality components have also been fairly smooth, and mild.
Sudden increase in Amplitude Modes around 03LT. Synchronous mode activity between Amplitude modes from 03-16LT. 03LT is 3 AM, Tomsk Time.
As stated previously, Tomsk SR 'daytime' ends approx. 23LT. The SOS detectors registered a series of bursts, at a time when it would otherwise be calm. Nighttime is when the sun is not directly beating-up the ionosphere into a taught state.
Twin peaks, amplitude spikes at 15LT, 16LT.
Under usual circumstances, Frequency will dip when amplitude spikes.
Frequency dependency is the measure of wavelength peak to peak, in kilometers. As Amplitude (the electric side, as measured in deci-Bels) spikes, the Frequency measurement dips down.
Normally, there is an inverse, or proportional relationship between Amplitude, and Quality (Electric and Magnetic components). Under normal circumstances, Amplitude, and Quality work together. In the case of the SR, where Amplitude is coming down from the ionosphere directly, the Modes of Amplitude will reflect a unified signal; which I call synchronous mode activity. This synchronous Mode between the 4 colors, is a relatively "pure" signal, or one of high quality.
As the Amplitude signal comes down from the ionosphere, propagating through the atmosphere, the purity of the signal is degrading in quality into magnetics.
[Below is reported the (so-called) "daily peaks". This term may be a little misleading. Not all the figures listed below are actual "peaks". The peak is peak amplitude reading; while some of these figures reflect an actual dip, or drop at the time specified.]
1.1.2 -Daily Peaks.
The following number values are the readings of the daily peaks, as reported by Tomsk SOS. (website link below.)
-Amplitude: A1(white)~78; A2(yellow)~59; A3(red)~51.2; A4(green)~43 (pico-electronVolt).
-Quality: Q1(white)~12.8; Q2(yellow)~8.9; Q3(red)~11.6; Q4(green)~11 (pico-Teslas).
-Frequency: F1(white)~7,95; F2(yellow)~13.86; Q3(red)~20.8; F4(green)~24.12[dip]. (given in Kilometers)
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