Introduction to Condensed Matter Chemistry offers a general view of chemistry from the perspective of condensed matter chemistry, analyzing and contrasting chemical reactions in a more realistic setting than traditional thinking. Readers will also find discussions on the goals and major scientific questions in condensed matter chemistry and the molecular engineering of functional condensed matter. Processes and products of chemical reactions should not be determined solely by the structure and composition of these basic species but also by the complex and possibly multilevel structured physical and chemical environment, together referred to as their condensed state. Relevant matters in condensed state should be the main bodies of chemical reactions, which is applicable not only to solids and liquids but also to gas molecules as reactions among gas molecules can take place only in the presence of catalysts in specific condensed states or after their state transition under extreme reaction conditions. This book provides new insights on the liquid state chemistry, definitions, aspects, and interactions, summarizing fundamentals of main chemical reactions from a new perspective.
1. Introduction to Condensed Matter Chemistry - p. i 2. Cover - p. i 3. Title Page - p. i 4. Copyright - p. iv 5. Table of Contents - p. iv 6. List of Contributors - p. xi 7. Preface - p. xiii 8. Chapter 1 Condensed matter chemistry: goals and major scientific issues - p. 1 9. 1.1: Goals of condensed matter chemistry - p. 1 10. 1.2: Major scientific issues in condensed matter chemistry - p. 2 11. 1.3: Solid phase transition reaction under high pressure - p. 9 12. 1.4: Structure and phase changes of polymers under high pressure - p. 9 13. 1.5: Chemical reactions in molecular crystalline coordination compounds - p. 10 14. 1.6: Chemical reactions in an isomeric atomic crystal solid matter - p. 12 15. 1.7: “State” – “state” reactions in atomic (ionic) and molecular crystals in solid matter - p. 15 16. 1.8: Chemical reactions between organic solid matters - p. 21 17. 1.9: Chemical reactions of crystalline polymorphs and amorphous forms in solid matter - p. 24 18. 1.10: Influence of multilevel structure on catalysis in solid matter - p. 29 19. 1.11: Influence of crystal intergrowth on catalysis in crystalline solid matter - p. 32 20. 1.12: Influence of polymorphs on catalysis in crystalline solid matter - p. 35 21. 1.13: Concluding remarks - p. 44 22. Chapter 2 From solid state chemistry to condensed matter chemistry - p. 51 23. Chapter 3 Mechanochemistry in organic synthesis - p. 73 24. Chapter 4 Condensed matter chemistry in polymer materials - p. 105 25. Chapter 5 Chemical reactions in aqueous solutions with condensed liquid state - p. 141 26. Chapter 6 Condensed matter and chemical reactions in hydrothermal systems - p. 177 27. Chapter 7 Condensed matter chemistry of ionic liquids and their chemical reactions - p. 205 28. Chapter 8 Condensed matter chemistry of electrolytic reactions in molten salts - p. 227 29. Chapter 9 Condensed matter chemistry in gaseous molecules reactions - p. 251 30. Chapter 10 Condensed matter chemistry in catalytic conversion of small molecules - p. 267 31. Chapter 11 Condensed matter chemistry at high pressure - p. 299 32. Chapter 12 Condensed matter reactions between nanostates - p. 323 33. Chapter 13 State transition in chemical condensation - p. 353 34. Chapter 14 Understanding Alzheimer’s disease at the chemistry level - p. 379 35. Chapter 15 Molecular engineering of functional condensed matter-zeolite as a showcase - p. 407 36. Index - p. 433 37. Index - Continued - p. 442
Introduction to Condensed Matter Chemistry offers a general view of chemistry from the perspective of condensed matter chemistry, analyzing and contrasting chemical reactions in a more realistic setting than traditional thinking. Readers will also find discussions on the goals and major scientific questions in condensed matter chemistry and the molecular engineering of functional condensed matter. Processes and products of chemical reactions should not be determined solely by the structure and composition of these basic species but also by the complex and possibly multilevel structured physical and chemical environment, together referred to as their condensed state. Relevant matters in condensed state should be the main bodies of chemical reactions, which is applicable not only to solids and liquids but also to gas molecules as reactions among gas molecules can take place only in the presence of catalysts in specific condensed states or after their state transition under extreme reaction conditions. This book provides new insights on the liquid state chemistry, definitions, aspects, and interactions, summarizing fundamentals of main chemical reactions from a new perspective.
1. Introduction to Condensed Matter Chemistry - p. i 2. Cover - p. i 3. Title Page - p. i 4. Copyright - p. iv 5. Table of Contents - p. iv 6. List of Contributors - p. xi 7. Preface - p. xiii 8. Chapter 1 Condensed matter chemistry: goals and major scientific issues - p. 1 9. 1.1: Goals of condensed matter chemistry - p. 1 10. 1.2: Major scientific issues in condensed matter chemistry - p. 2 11. 1.3: Solid phase transition reaction under high pressure - p. 9 12. 1.4: Structure and phase changes of polymers under high pressure - p. 9 13. 1.5: Chemical reactions in molecular crystalline coordination compounds - p. 10 14. 1.6: Chemical reactions in an isomeric atomic crystal solid matter - p. 12 15. 1.7: “State” – “state” reactions in atomic (ionic) and molecular crystals in solid matter - p. 15 16. 1.8: Chemical reactions between organic solid matters - p. 21 17. 1.9: Chemical reactions of crystalline polymorphs and amorphous forms in solid matter - p. 24 18. 1.10: Influence of multilevel structure on catalysis in solid matter - p. 29 19. 1.11: Influence of crystal intergrowth on catalysis in crystalline solid matter - p. 32 20. 1.12: Influence of polymorphs on catalysis in crystalline solid matter - p. 35 21. 1.13: Concluding remarks - p. 44 22. Chapter 2 From solid state chemistry to condensed matter chemistry - p. 51 23. Chapter 3 Mechanochemistry in organic synthesis - p. 73 24. Chapter 4 Condensed matter chemistry in polymer materials - p. 105 25. Chapter 5 Chemical reactions in aqueous solutions with condensed liquid state - p. 141 26. Chapter 6 Condensed matter and chemical reactions in hydrothermal systems - p. 177 27. Chapter 7 Condensed matter chemistry of ionic liquids and their chemical reactions - p. 205 28. Chapter 8 Condensed matter chemistry of electrolytic reactions in molten salts - p. 227 29. Chapter 9 Condensed matter chemistry in gaseous molecules reactions - p. 251 30. Chapter 10 Condensed matter chemistry in catalytic conversion of small molecules - p. 267 31. Chapter 11 Condensed matter chemistry at high pressure - p. 299 32. Chapter 12 Condensed matter reactions between nanostates - p. 323 33. Chapter 13 State transition in chemical condensation - p. 353 34. Chapter 14 Understanding Alzheimer’s disease at the chemistry level - p. 379 35. Chapter 15 Molecular engineering of functional condensed matter-zeolite as a showcase - p. 407 36. Index - p. 433 37. Index - Continued - p. 442
