Chemical thermodynamics; basic theory and methods
Klotz, Irving M. (Irving Myron)
Chemical thermodynamics; basic theory and methods / Irving M. KLotz, Robert M. Rosenberg - USA : John Wiley & Sons, INC. Publication, 2008 - xxi, 563 p.
1. Mathematical preparation for thermodynamics
2. The first law of thermodynamics
3. Enthalpy, enthaoly of reaction and hear capacity
4. Applications of the first law to gases
5. The second law of thermodynamics
6. Equilibrium and spontaneity for systems at constant temperature
7. Application of the gibbs function and the planck function to some phase changes
8. Thermodynamics of systems of variable composition
9. Mixtures of gases and equilibrium in gaseous mixtures
10. The third law of thermodynamics
11. Application of the gibbs function to chemical changes
12. The phase rule
13. The ideal solution
14. Dilute solutions of nonelectrolytes
15. Activities, excess gibbs functions and standard states for nonelectrolytes
16. Determination of nonelectrolyte activities and excess gibbs function from experimental data
17. Calculation of partial molar quantities and excess molar quantities from experimental data : volume and ethalpy
18. Systems subject to gravitational or a centrifugal field
19. Concluding remarks
9780471780151
Thermodynamics
Chemical reactions
541.369 / K699
Chemical thermodynamics; basic theory and methods / Irving M. KLotz, Robert M. Rosenberg - USA : John Wiley & Sons, INC. Publication, 2008 - xxi, 563 p.
1. Mathematical preparation for thermodynamics
2. The first law of thermodynamics
3. Enthalpy, enthaoly of reaction and hear capacity
4. Applications of the first law to gases
5. The second law of thermodynamics
6. Equilibrium and spontaneity for systems at constant temperature
7. Application of the gibbs function and the planck function to some phase changes
8. Thermodynamics of systems of variable composition
9. Mixtures of gases and equilibrium in gaseous mixtures
10. The third law of thermodynamics
11. Application of the gibbs function to chemical changes
12. The phase rule
13. The ideal solution
14. Dilute solutions of nonelectrolytes
15. Activities, excess gibbs functions and standard states for nonelectrolytes
16. Determination of nonelectrolyte activities and excess gibbs function from experimental data
17. Calculation of partial molar quantities and excess molar quantities from experimental data : volume and ethalpy
18. Systems subject to gravitational or a centrifugal field
19. Concluding remarks
9780471780151
Thermodynamics
Chemical reactions
541.369 / K699
