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有机合成反应

有机合成反应. 唐 勇 金属有机化学国家重点实验室. 烯烃的反应 - 基本反应. § 1-5 Olefin Hydrogenation. Relevant Review articles: Angew. Chem. Int. Edit. 26, 190-203 (1987). Historically, primary stereochemical control designed around analysis of steric environment in vicinity of C=C. 烯烃的反应 - 基本反应.

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有机合成反应

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  1. 有机合成反应 唐 勇 金属有机化学国家重点实验室 Shanghai, China

  2. 烯烃的反应-基本反应 § 1-5 Olefin Hydrogenation Relevant Review articles: Angew. Chem. Int. Edit. 26, 190-203 (1987). Historically, primary stereochemical control designed around analysis of steric environment in vicinity of C=C. Shanghai, China

  3. 烯烃的反应-基本反应 § 1-5-1The influence of polar effects-Pd Thompson, J.Org. Chem. 36, 2577 (1971) Shanghai, China

  4. 烯烃的反应-基本反应 Polar functional groups may play a role in controlling the diastereoselectivity of the hydrogenation process; however, the control elements were not well-defined. J. E. McMurry et al. Tetrahedron Lett.. 3731 (1970) Shanghai, China

  5. 烯烃的反应-基本反应 Shanghai, China

  6. 烯烃的反应-基本反应 The first rational attempt to identify those FGs which will direct the reaction H. Thopson JACS 1973,95,838. Shanghai, China

  7. 烯烃的反应-基本反应 § 1-5-2The influence of polar effects-Cationic Catalysts Shanghai, China

  8. 烯烃的反应-基本反应 The first rational attempt to associate catalyst with substrate H. Thopson JACS 1974,96,6232. Shanghai, China

  9. 烯烃的反应-基本反应 Mechanism of Hydrogenation Cationic Rhodium-(I) Catalysts. Shanghai, China

  10. 烯烃的反应-基本反应 Mechanism of Hydrogenation Cationic Rhodium-(I) Catalysts. That H atom lying parallel to the pi-system (HA) should migrate preferentiallyif the dihydride is an intermediate. Shanghai, China

  11. 烯烃的反应-基本反应 Shanghai, China

  12. 烯烃的反应-基本反应 Shanghai, China

  13. 烯烃的反应-基本反应 Polar functional groups other than OH may also direct the process Shanghai, China

  14. 烯烃的反应-基本反应 Shanghai, China

  15. 烯烃的反应-基本反应 Shanghai, China

  16. 烯烃的反应-基本反应 Shanghai, China

  17. 烯烃的反应-基本反应 Shanghai, China

  18. 烯烃的反应-基本反应 Shanghai, China

  19. 烯烃的反应-基本反应 Shanghai, China

  20. Homoallylic Alcohols Evans, Morrissey Tetrahedron Lett. 26 6005 (1985) Shanghai, China

  21. Shanghai, China

  22. Shanghai, China

  23. Shanghai, China

  24. § 1-6 Olefin Bromination-1 § 1-6-1 Introduction Shanghai, China

  25. Shanghai, China

  26. Shanghai, China

  27. Shanghai, China

  28. Shanghai, China

  29. Shanghai, China

  30. Furst-Plattner Rule: A rigid cyclohexene oxide system: those stereoelectronic effects that operate in ring cleavage also influence ring formation. Shanghai, China

  31. Shanghai, China

  32. Shanghai, China

  33. Shanghai, China

  34. Shanghai, China

  35. § 1-7 Olefin Oxymercuration-1 Shanghai, China

  36. Shanghai, China

  37. Shanghai, China

  38. Shanghai, China

  39. Shanghai, China

  40. Shanghai, China

  41. Shanghai, China

  42. Shanghai, China

  43. Shanghai, China

  44. Shanghai, China

  45. Problems of the day: Shanghai, China

  46. Shanghai, China

  47. Shanghai, China

  48. § 1-7 Related Olefin Addition Rxns: Halogen Electrophiles Shanghai, China

  49. Shanghai, China

  50. Shanghai, China

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