GLOBAL CLIMATE: THE PLANET AS A THERMODYNAMIC SYSTEM

Authors

DOI:

https://doi.org/10.56378/CHKN02122022%20

Keywords:

global climate problem, thermodynamics, entropy, mathematical calculation model, physical calculation model

Abstract

The Purpose of the Study is to theoretically substantiate the problem of studying the planet as a thermodynamic system in the context of the global climate. The Research Methodology. Methods of analysis, modeling, description and generalization of data were used to study the problem of global climate and formulate conclusions. The Scientific Novelty of the research lies in the integrated focus on the global climate problem and the actualization of the complex study through the creation of mathematical-physical calculation model. The Conclusion. Joint efforts of scientists and society are necessary for a comprehensive study of the global climate problem. Modern research should use an integrated approach and be based on a mathematical and physical calculation model.

Author Biography

Christof KAUFMANN, Engineering bureau KAUFMANN

BAFA-accredited energy consultant for industry (EBM)

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Published

2022-11-30

How to Cite

KAUFMANN, C. . . (2022). GLOBAL CLIMATE: THE PLANET AS A THERMODYNAMIC SYSTEM. INNOVATIONS IN THE SCIENTIFIC, TECHNICAL AND SOCIAL ECOSYSTEMS, 1(4), 54−64. https://doi.org/10.56378/CHKN02122022