Klappentext First published in 1927 as the second edition of a 1925 original, this book was intended as a general introduction to the principles of thermodynamics for university students involved in the physical sciences. Birtwistle gives a brief overview of the history of science relating to heat and the conservation of energy as well as practical examples to back up salient points in his explanation of key ideas. This book will be of value to anyone with an interest in the history of science. Zusammenfassung First published in 1927! this book was intended as a general introduction to the principles of thermodynamics for students in the physical sciences. Birtwistle gives a brief overview of the history of science relating to heat and the conservation of energy as well as practical examples to back up salient points. Inhaltsverzeichnis 1. Preliminaries; 2. The two laws of thermodynamics; the Carnot cycle; 3. Dissipation of mechanical energy; entropy; 4. Thermodynamics of a fluid; change of state; 5. Thermodynamic functions; 6. The Rankine cycle; refrigeration; 7. Thermodynamical relations for a simple substance; 8. The Joule-Thomson porous plug experiment; 9. Clapeyron's equation; Clausius' equation; 10. Equilibrium of systems; the phase rule; 11. Osmotic pressure; vapour pressure; gas mixtures; 12. Thermoelectric phenomena; 13. Gas theory; variation of specific heat with temperature; 14. Radiation; 15. The third law of thermodynamics.

Zusammenfassung
First published in 1927, this book was intended as a general introduction to the principles of thermodynamics for students in the physical sciences. Birtwistle gives a brief overview of the history of science relating to heat and the conservation of energy as well as practical examples to back up salient points.

Inhalt

1. Preliminaries; 2. The two laws of thermodynamics; the Carnot cycle; 3. Dissipation of mechanical energy; entropy; 4. Thermodynamics of a fluid; change of state; 5. Thermodynamic functions; 6. The Rankine cycle; refrigeration; 7. Thermodynamical relations for a simple substance; 8. The Joule-Thomson porous plug experiment; 9. Clapeyron's equation; Clausius' equation; 10. Equilibrium of systems; the phase rule; 11. Osmotic pressure; vapour pressure; gas mixtures; 12. Thermoelectric phenomena; 13. Gas theory; variation of specific heat with temperature; 14. Radiation; 15. The third law of thermodynamics.