An Account Of Thermodynamic Entropy 1st Edition by Alberto Gianinetti ISBN 9781681083933 1681083930

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Product details:

ISBN 10: 1681083930
ISBN 13: 9781681083933
Author: Alberto Gianinetti

An Account Of Thermodynamic Entropy 1st Edition Table of contents:

1. Entropy in Classical Thermodynamics: The Importance of Reversibility
2. THE FOUNDING DEFINITION OF ENTROPY
3. HEAT CAPACITY IS REQUIRED TO CALCULATE THE ENTROPY CHANGE IN DISCRETE HEAT TRANSFERS
4. REVERSIBILITY
5. Heat vs. Work
6. More on Reversibility
7. More a Matter of Lost Work Than of Waste Heat
8. SHIFTING THE PERSPECTIVE FROM HEAT TO WORK
9. Entropy in Statistical Mechanics
10. THE CONCEPT OF “MICROSTATES” AIMS TO DESCRIBE ENTROPY IN TERMS OF THE ACTUAL CHANGE THAT OCCURS
11. THE BOLTZMANN ENTROPY
12. THE GIBBS ENTROPY
13. CONSTRAINTS LIMIT SPREADING AND THUS REDUCE ENTROPY
14. The Effect of Temperature
15. From Nature’s Tendency To Statistical Mechanics
16. Distributions of Particles and Energy
17. THE PHYSICAL ARRANGEMENT OF INDEPENDENT PARTICLES
18. NON-INDEPENDENT PARTICLES: THE CONFIGURATIONAL INTEGRAL
19. THE BOLTZMANN FACTOR: ENTROPY AS A MEASURE OF EQUILIBRATION, STABILITY, AND INERTNESS
20. THE DOMINATING CONFIGURATION: FLUCTUATIONS AND THE BOLTZMANN FACTOR
21. Boltzmann Entropy & Equilibrium in Non-Isolated Systems
22. RELATIONSHIP BETWEEN THE MICROCANONICAL (ISOENERGETIC) AND CANONICAL (ISOTHERMAL) ENSEMBLES
23. THE ROLE OF THE HELMHOLTZ FREE ENERGY IN CANONICAL (ISOTHERMAL) CONDITIONS
24. THE GIBBS FREE ENERGY IS USED IN MANY EVERYDAY (ISOBARIC) CONDITIONS
25. OPEN SYSTEMS
26. GENERAL RELATIONSHIPS BETWEEN THE MACROSCOPIC AND THE MICROSCOPIC PROPERTIES OF THE SYSTEM
27. Entropy Increase as Tendency: Drive and Effector
28. The Probabilistic Driver and the Role of Restraints
29. The Motional Effector
30. Spreading & Sharing is a Common Outcome of a Physical Function Levelling Down Available Energy
31. Changes of Entropy: The Fundamental Equation and the Chemical Potential
32. THE FUNDAMENTAL EQUATION FOR THERMODYNAMIC CHANGES IN THE MACROSCOPIC PROPERTIES OF OPEN SYSTEMS
33. THE CHEMICAL POTENTIAL
34. PARTICLE CONCENTRATION AND CHEMICAL POTENTIAL
35. IN REAL SYSTEMS, THE CHEMICAL POTENTIAL IS MEASURED IN RELATIVE TERMS
36. OTHER FEATURES OF THE CHEMICAL POTENTIAL
37. SPONTANEOUS CHANGES AND THE CHEMICAL POTENTIAL
38. INTRODUCING THE RELATION BETWEEN SPONTANEOUS CHANGES AND THE FUNDAMENTAL EQUATION
39. Instances of Entropy Change
40. EQUILIBRIUM IS THE REFERENCE FOR SPONTANEOUS CHANGES
41. INDEPENDENT CHANGES IN THE EXTENSIVE STATE FUNCTION OF EACH TERM OF THE FUNDAMENTAL EQUATION
42. CHEMICAL POTENTIAL: CONCENTRATION & INTERACTION EFFECTS
43. The Limits of the Spreading and Sharing Metaphor
44. Some Special Instances of Entropy Change
45. Quantization
46. The Role of Probability in Defining Entropy
47. Outlines of a Verbal Account of the Thermodynamic Entropy for a Pedagogical Approach

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