Ok here it is peeps. My thoughts on recent developments. About 3 months. A long post.
This work has led me onto other areas that I am still exploring. I think you will enjoy the coincidence of our Earths and VENUS's Electro Chemistry interactions in our atmosphere. There are certainly holes that need to be further looked at. But WHEN you can calculate Earths average temperature and Venus's average temperature by just simply knowing the amount of electrons in a MOLE of Air it tells you that the CAGW scam is exactly that A SCAM
Earth average temperature and Electrochemistry on display in numbers
I can obtain the Earths average surface watts/meter and temperature via Stefan boltzman law by simply counting the amount of electrons in ONE mole of AIR. Multiply that by the Joules required to charge up the electron to one electron volt.
Better still is that I can then calculate the temperature on Venus at the atmospheric pressure of Earth at 1 Bar simply by knowing the amount of electrons in 1 mole of Venusian Air.
So what we need to get a handle on straight away is that the base unit for a MOLE of Charged up electrons is the Faraday constant. 1 Faraday of Charge is 1 Mole of Charged up electrons.
From here on when I refer to the Faraday I mean the Faraday Constant
The Science community for convenience use the Coulombs in lieu of the Faraday. The Coulomb is the Ampere Second version of the Faraday (Ampere Hour)
1 FARADAY measured in Ampere Hours (26.8014833) is the equivalent of 96485 Coulombs measured in Ampere Seconds (96485.3399)
26.8014833 Ampere hours is the same as 96485.3399 Ampere Seconds.
96485.3399Ampere Seconds / 3600 seconds = 26.8014833 Ampere Hours
An Electron Volt (ampere second) is rated at 1.609 x 10^-19 eV or otherwise known as JOULES. I.E Work done to charge that electron. The equivalent in Ampere Hours is
4.45049E-23 Ampere hours
The Table below shows that we have
8.74348E+24 Electrons in one MOLE of AIR. Or 14.5189 Moles of Electrons to 1 Mole of Air.
Multiply that
8.74348E+24 Electrons by the Joules required to charge up each electron 1.609 x 10^-19 Joules and divide by 3600 to get the Base unit joules in Hours.
Remember. The Faraday is measured in Ampere Hours. Not Seconds.
Answer is 389.12 Watts per Meter. This from a IPCC report.
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Apply the Stefan Boltzmann Law and 389.12 Wm-2 is 287.82 Kelvin.
Earths Average temperature is 288 Kelvin.
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With this we can extrapolate and obtain the temperature on Venus at 1 Bar using the same as done for Earth
Before we start the math on this we need to be able to compare apples with apples here.
Venus (2601 Wm2) receives 1.91 times the Electromagnetic Radiation energy that Earth (1361 W/M2) does. Using the Inverse square Law we determine that the scaling factor is 2601W.M-2 / 1361W.M-2 = 1.91^.25 = 1.175.
We also now have to take into account gravity. When Millikan and Fletcher calculated the charge required for the Electron Volt their work was based upon an OIL DROPLET Experiment where electric charge was introduced to NEGATE gravity on Earth. So the 1.609 x 10^-19 Joules required and all subsequent math is based on a system RELEVANT to EARTH. When we measure temperatures on other planets it is relevant to our science and our numbers.
VENUS
1.314000 x 10^25 Electrons per mole of Venusian Air X by 1.609 x 10^-19 Joules
To make it relevant to Earths view of the universe we divide Venus Gravity of 8.87 ms-2 and multiplied by Earth’s Gravity of 9.80665 ms-2. Then we need to factor in the inverse square law. Multiply by 1.175
1.314000 x 10^25 / 8.87 * 9.80665 * 1.175 * 1.602 x10^-19 /3600 = 759.69 Watts per meter.
Using the Stefan Boltzman Law this equates to 340 Kelvin.
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This paper below by Robinson and Caitling shows the temperature on Venus at 1 BAR
https://www.researchgate.net/public...t_by_Pressure-Dependent_Infrared_Transparency
The extract below comes from the Robert Holmes Paper. His paper unknowingly at the time of embarking on this process is what has put me on this path in hindsight.
“On the Apparent Relationship Between Total Solar Irradiance and the Atmospheric Temperature at 1 Bar on Three Terrestrial-type Bodies”
The measured temperature in the Venusian atmosphere cited here comes from Venera’s 8, 9, 10, 11 and 12 and from the Pioneer Sounder at 1atm, averages 340K [12, 13, 20].
[12] Moroz, V., Ekonomov, A., Moshkin, B., Revercomb, H., Sromovsky, L., Schofield, J. Tomasko, M. G. (1985). Solar and thermal radiation in the Venus atmosphere. Advances in Space Research, 5 (11), 197-232.
[13] Zasova, L., Ignatiev, N., Khatuntsev, I., & Linkin, V. (2007). Structure of the Venus atmosphere. Planetary and Space Science, 55 (12), 1712-1728.
As mentioned above the reference in the Holmes Paper is the source of the pic below.
[1] Robinson, T. D., & Catling, D. C. (2014). Common 0.1 [thinsp] bar tropopause in thick atmospheres set by pressure-dependent infrared transparency. Nature Geoscience, 7 (1), 12-15.
I added in the Dashed box and comments. Pretty sure I have posted this pic here once before.
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Regards Jopo
