Supramolecular and Cluster Chemistry

Contents: 1. Introduction of Supramolecular Chemistry. 2. History of Supramolecular Chemistry. 3. Control of Supramolecular Chemistry. 4. Concepts in Supramolecular Chemistry. 5. Building block of Supramolecular Chemistry. 6. Applications of Supramolecular Chemistry. 7. Positioning protein molecules on surfaces. 8. Molecular self-assembly. 9. Mechanically-interlocked molecular architectures. 10. Molecular recognition. 11. Dynamic covalent chemistry. 12. Host-guest chemistry. 13. Hydrogen bond. 14. Polyoxometalate. 15. Macropolyhedral boron-containing cluster chemistry. 16. Evolving patterns in Boron Cluster Chemistry. 17. Supramolecular electronics. 18. Molecular machine. 19. Molecular shuttle. 20. Stacking (Chemistry). 21. Rotaxane. 22. Molecular logic gate. 23. Molecular knot. 24. Molecular imprinting. 25. Molecular encapsulation. 26. Molecular Borromean rings.  27. Intercalation (Chemistry). 28. Fullerene. 29. Folding (Chemistry). 30. Foldamers. 31. Dendrimer. 32. Crystal engineering. 33. Cucurbituril. 34. Cyclodextrin. 35. Calixarene. 36. Carcerand. 37. Cationic (Inverse) Clathrates. 38. Supramolecular solid state architectures based on Cationic frameworks. 39. Hydrated electrons. 40. Barrier-crossing reactions. 41. Water cluster. 42. Water dimer. 45. Zintl phase. 44. Superatom. 45. Tetrahedrane. 46. Supramolecular and Custer Chemistry. 47. Cluster in chemistry. 48. Carborane. 49. Di-Tungsten Tetra (HPP). 50. Gold cluster. 51. Iron-sulfer cluster. 52. Octaheral cluster. 53. Molybdenum blue.

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