Dr Pierre R Latour, a renowned American Chemical Engineer, shows how four known mechanisms and three laws of nature prove why CO2 cools, not warms, our atmosphere. Moreover, it may be shown that the UN Intergovernmental Panel on Climate Change (IPCC), the supposed world authority deferred to by governments, lacks a rigorous mathematical description for their so-called ‘greenhouse gas theory.’
CO2 Affects Several Temperatures in Different Ways
Here we develop the physics, chemistry and biology to quantify the effect of atmospheric carbon dioxide (CO2) on Earth’s temperature. There are five mechanisms and three different temperatures involved.
Four show a small cooling effect, one warms surface and cools upper atmosphere with no net bulk effect. I am unaware of a rigorous mathematical description of the greenhouse gas theory that purports to do this and show a warming affect. After decades of research attempts, promoters cannot reduce greenhouse gas theory (GHGT) to mathematics of science and engineering.
Stefan-Boltzmann Law of Radiation
If non-radiating O2 is exchanged for absorbing/emitting CO2, the emissivity, e, of a planet to space must increase. While emissivity of CO2 is less that global emissivity, it is greater than the O2 it replaced by “fossil fuel” combustion. The Stefan-Boltzmann Law of Radiation is
I = σ e (T/100)4
If e increases with CO2 at constant I, T goes down. Therefore, CO2 causes global cooling.
This is true for all bodies of matter, no matter the composition, rotation speed or weather.
I = radiating intensity, irradiance, power of any radiating body, w/m2, of its spherical surface, measured by Earth satellite spectrophotometers to be about 239. It is only a transfer rate when surroundings do not radiate, at 0K. Outer space at 3.7K radiate with very low intensity.
T = temperature of radiating body, K, estimated for Earth to be 4.60C + 273.15 = 277.75
σ = Stefan-Boltzmann radiation law constant, 5.67
e = emissivity of radiating body, fraction 0 < e < 1. e varies with composition. Perfect radiator black body e = 1, radiates a given intensity at lowest possible temperature. Colorful Earth radiator e = 0.70827 emits given intensity at temperature higher than black body.
I = 5.67*0.70827(277.750/100)4 = 5.67*0.70827*59.51 = 5.67*42.152 = 239.0
If doubling CO2 from 400 to 800 ppmv increases emissivity 0.001 from 0.70827 to 0.70927, T would drop -0.098C from 4.600C to 4.502C.
I = 5.67*0.70927(277.652/100)4 = 5.67*0.70927*59.43 = 5.67*42.152 = 239.0