Experimental study of the effect of increased CO2 concentration on infrared radiation absorption
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- Kod: 6324
- Producent: Oficyna Wydawnicza Politechniki Wrocławskiej
- Autor: Jan Kubicki, Tomasz Wójcik
- Rok wydania: 2026
- ISBN: 978-83-8134-019-9
- Liczba stron: 78
- Format: 170 × 240 mm
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- Cena netto: 56,19 zł 59,00 zł
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Contents
1. Introduction / 5
2. Facts indicating carbon dioxide saturation of the Earth’s thermal radiation absorption and radiative forcing under current conditions / 7
2.1. Ångström–Koch experiment / 7
2.2. Justification Dieter Schildknecht / 8
2.3. Theoretical description of radiation transfer in the atmosphere according to H. Harde / 13
2.4. Satellite evidence of no significant impact of increased CO₂ concentrations in the atmosphere on the rise in its temperature / 14
2.5. Experimental study of back radiation from CO₂ / 21
2.6. Experimental absorption characteristics of thermal radiation in CO₂ / 23
2.7. Moon experiment / 30
2.8. Comparison of periodic changes in global atmospheric CO₂ concentration with periodic changes in global temperature / 35
3. Single-layer model of the atmosphere / 37
4. The eight-layer model of the atmosphere / 41
4.1. Assumptions for the model / 41
4.2. Direct measurements of thermal radiation after passing through CO₂–air mixtures for conditions corresponding to each layer / 45
4.3. Development of measurement results / 48
4.4. Effect of successive atmospheric layers on the intensity of Earth’s cooling radiation / 59
4.5. Conclusions of the eight-layer model / 65
5. Summary and final conclusions / 67
Acknowledgements / 71
Literature / 73
Abstract / 77
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