jc456
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- Dec 18, 2013
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Hans Jelbring: The Greenhouse Effect as a function of atmospheric Mass
"PREFACE by Hans Jelbring 2-1- 2012
My 2003 E&E article (peer reviewed) was strictly applying 1st principle physics relating to a model atmosphere. Very strong conclusions can be made about such a model atmosphere and less strong ones about our real atmosphere. This was not discussed for reaching a maximum of simplicity and clarity approaching an educated but laymen audience. However, an investigating professional climate scientists should just reach one of three results; a) my logic is wrong, b) the major part of the Greenhouse Effect is always at hand in any (dense) atmosphere and c) any of the first law of thermodynamics, the second law of thermodynamics or the ideal gas law is invalid. It turned out that there was a fourth option: My article could be ignored by the establishment which it has been during 8 years. This seems to be a significant result relating to the moral of leading climate scientists in western countries. If my conclusions are correct it would have had far reaching impact on climate science and climate politics in 2003. It might still have for a number of reasons.
THE “GREENHOUSE EFFECT”
AS A FUNCTION OF ATMOSPHERIC MASS
Hans Jelbring 2003
ABSTRACT
The main reason for claiming a scientific basis for “Anthropogenic Greenhouse
Warming (AGW )” is related to the use of “radiative energy flux models” as a
major tool for describing vertical energy fluxes within the atmosphere. Such
models prescribe that the temperature difference between a planetary surface and
the planetary average black body radiation temperature (commonly called the
Greenhouse Effect, GE) is caused almost exclusively by the so called greenhouse
gases. Here, using a different approach, it is shown that GE can be explained as
mainly being a consequence of known physical laws describing the behaviour of
ideal gases in a gravity field. A simplified model of Earth, along with a formal
proof concerning the model atmosphere and evidence from real planetary
atmospheres will help in reaching conclusions. The distinguishing premise is that
the bulk part of a planetary GE depends on its atmospheric surface mass density.
Thus the GE can be exactly calculated for an ideal planetary model atmosphere. In
a real atmosphere some important restrictions have to be met if the gravity induced
GE is to be well developed. It will always be partially developed on atmosphere
bearing planets. A noteworthy implication is that the calculated values of AGW,
accepted by many contemporary climate scientists, are thus irrelevant and
probably quite insignificant (not detectable) in relation to natural processes
causing climate change."
"PREFACE by Hans Jelbring 2-1- 2012
My 2003 E&E article (peer reviewed) was strictly applying 1st principle physics relating to a model atmosphere. Very strong conclusions can be made about such a model atmosphere and less strong ones about our real atmosphere. This was not discussed for reaching a maximum of simplicity and clarity approaching an educated but laymen audience. However, an investigating professional climate scientists should just reach one of three results; a) my logic is wrong, b) the major part of the Greenhouse Effect is always at hand in any (dense) atmosphere and c) any of the first law of thermodynamics, the second law of thermodynamics or the ideal gas law is invalid. It turned out that there was a fourth option: My article could be ignored by the establishment which it has been during 8 years. This seems to be a significant result relating to the moral of leading climate scientists in western countries. If my conclusions are correct it would have had far reaching impact on climate science and climate politics in 2003. It might still have for a number of reasons.
THE “GREENHOUSE EFFECT”
AS A FUNCTION OF ATMOSPHERIC MASS
Hans Jelbring 2003
ABSTRACT
The main reason for claiming a scientific basis for “Anthropogenic Greenhouse
Warming (AGW )” is related to the use of “radiative energy flux models” as a
major tool for describing vertical energy fluxes within the atmosphere. Such
models prescribe that the temperature difference between a planetary surface and
the planetary average black body radiation temperature (commonly called the
Greenhouse Effect, GE) is caused almost exclusively by the so called greenhouse
gases. Here, using a different approach, it is shown that GE can be explained as
mainly being a consequence of known physical laws describing the behaviour of
ideal gases in a gravity field. A simplified model of Earth, along with a formal
proof concerning the model atmosphere and evidence from real planetary
atmospheres will help in reaching conclusions. The distinguishing premise is that
the bulk part of a planetary GE depends on its atmospheric surface mass density.
Thus the GE can be exactly calculated for an ideal planetary model atmosphere. In
a real atmosphere some important restrictions have to be met if the gravity induced
GE is to be well developed. It will always be partially developed on atmosphere
bearing planets. A noteworthy implication is that the calculated values of AGW,
accepted by many contemporary climate scientists, are thus irrelevant and
probably quite insignificant (not detectable) in relation to natural processes
causing climate change."