h/t Niche Modeling
This entry was posted on 05/03/2009 at 11:00 am and is filed under Miskolczi theory, video. You can follow any responses to this entry through the RSS 2.0 feed. You can leave a response, or trackback from your own site.
Miklos Zagoni explains Miskolczi’s theory
h/t Niche Modeling
Heliogenic Climate Change 
04/30/2017 at 8:20 pm |
More important than a gas’ IR absorption capabilities is an atmosphere gas molecule’s volume. One pound of Carbon Dioxide has a volume of 8.7 cubic feet, smaller than Nitrogen at 13.8 cubic feet, and Oxygen at 12.1 cubic feet. With a smaller volume than either Nitrogen and Oxygen, Carbon Dioxide can only possess less heat than Nitrogen and Oxygen.
Because the atmosphere is a Nitrogen-Oxygen based atmosphere, representing over 99% of the atmosphere’s gasses, adding Carbon Dioxide to the atmosphere cools the Nitrogen-Oxygen based atmosphere, as demonstrated in experimental designs conducted by Professor Gert Venter, Agricultural Engineering, University of Pretoria: “You know, that’s why all I can do is laugh when these global warming monkeys tell me that CO2 is a greenhouse gas. It is not, and I have live, precise experimental situations in over 30 sites around the world that prove that it is not. These guys create a model in their computers, based on arbitrary assumptions, and then ignore all the experimental evidence to the contrary. My experiments show that INCREASING ATMOSPHERIC CO2 IS CORRELLATED WITH A DECREASE IN ATMOSPHERIC TEMPERATURE in my agricultural environments.”
With Carbon Dioxide A Cooling Molecule In Earth’s Atmosphere, Then What Is Warming The Atmosphere?
The heat obtained by both Nitrogen and Oxygen comes from thermals and latent heat from the surface, heat from man-made structures on the ground, and the heat produced by incoming radiation absorbed directly by the atmosphere, not solely from the absorption of outgoing IR. The warmth that blankets us each day is due to Nitrogen and Oxygen, not the puny amounts of the trace gas Carbon Dioxide, nor any of the other trace gasses.
Regarding man-made structures on the ground, interestingly NASA’s ‘earth’s energy budget’ illustration fails to provide the data on the amount of solar radiation absorbed by those structures, and it is the massive growth of urban sprawl the last sixty years that accounts for the atmosphere’s warming, a warming that is being tempered by increasing amounts of Carbon Dioxide in the atmosphere.
——————————————————————–
* The temperature on Venus, which is higher than on Mercury though Mercury is closer to the Sun, is due to the high atmospheric pressure on Venus and not the predominance of Carbon Dioxide in the atmosphere, which accounts for 96% of the planet’s atmospheric gases. The atmosphere on Venus has a mass 90 times that of Earth’s (and Venus’ equatorial circumference is 5% smaller than Earth’s; Venus’ equatorial circumference is 38,025 km, while Earth’s is 40,030 km), producing an atmospheric pressure of 1300 psi. On Earth water boils (212 F) at 14.69 psi.
It should also be noted that the so-called greenhouse effect when applied to a planet’s atmosphere is a canard. Unlike the enclosed environment of a greenhouse, where heat is trapped by the structure, a planet’s heat is constantly escaping into space via convection.