The Phase Rule and Its Applications
by OpenStories
Original author: Alexander Findlay
"The Phase Rule and Its Applications" by Alexander Findlay is a scientific publication written in the early 20th century. The book focuses on explaining the Phase Rule, a principle that governs physical and chemical equilibria, and explores its implications and applications in the field of physical chemistry. The opening of the work introduces the reader to the fundamental concepts of chemical equilibria, differentiating between homogeneous and heterogeneous systems. It presents various examples, such as the equilibrium established between water and its vapor, to illustrate how the Phase Rule defines the conditions under which different states can exist together without change. Furthermore, the text sets the stage for more complex discussions on the nature of components and phases in equilibria, laying a theoretical foundation for the detailed applications that the author intends to cover throughout the book.
The Phase Rule and Its Applications, by Alexander Findlay. Republished by OpenStories from Project Gutenberg eBook #34457.
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26 Chapters
- 1.Front Matter336 words
- 2.Part II: Applications to Electrolysis, Primary and Secondary136 words
- 3.Preface: To the Second Edition176 words
- 4.Preface579 words
- 5.Chapter III: Typical Systems of One Component 21952 words
- 6.Introduction1,921 words
- 7.Chapter II: The Phase Rule4,413 words
- 8.Chapter III: Typical Systems of One Component8,737 words
- 9.Chapter IV: General Summary6,296 words
- 10.Chapter V: Systems of Two Components--Phenomena of Dissociation4,887 words
- 11.Chapter VI: Solutions4,001 words
- 12.Chapter VII: Solutions of Solids in Liquids, Only One of the Components Being Volatile7,959 words
- 13.Chapter VIII: Solutions of Solids in Liquids, Only One of the Components Being Volatile7,651 words
- 14.Chapter IX: Equilibria Between Two Volatile Components3,551 words
- 15.Chapter X: Solid Solutions. Mixed Crystals5,219 words
- 16.Chapter XI: Equilibrium Between Dynamic Isomerides3,104 words
- 17.Chapter XII7,129 words
- 18.Chapter XIII: Systems of Three Components1,571 words
- 19.Chapter XIV: Solutions of Liquids in Liquids3,742 words
- 20.Chapter XV: Presence of Solid Phases1,559 words
- 21.Chapter V: the behaviour of such hydrates was more fully studied in the3,895 words
- 22.Chapter XVI: Isothermal Curves and the Space Model9,217 words
- 23.Chapter XVII: Absence of a Liquid Phase1,972 words
- 24.Chapter XVIII: Systems of Four Components5,164 words
- 25.Appendix: Experimental Determination of the Transition Point (1)7,995 words
- 26.Appendix: Experimental Determination of the Transition Point (2)4,443 words