Kinetics and mechanisms of the reactions of Si=C and Ge=C double bonds

Articles in the same Issue

1. Stereoselective synthesis of three-membered ring compounds via ylide routes
2. Recent studies on organic synthesis mediated by radical species of peroxysulfur compounds
3. Stereoelectronic interactions between hetero-atoms
4. Recent developments in silicon interelement linkage: the case of functionalized silyllithium, silylenoid and sila-ylide
5. Metal centered molecules and their application in chemistry and physics
6. Synthetic applications of ortho esters
7. Synthetic potential of heteroatomic ring systems
8. Transferring iodine: more than a simple functional group exchange in organic synthesis
9. From molecular aggregates to novel organosilicon and phosphorus/arsenic compounds
10. Silicon reagents in chemical transformations: the concept of ‘counterattack reagent’
11. Kinetics and mechanisms of the reactions of Si=C and Ge=C double bonds
12. Stereoselective catalytic sulfoxidations mediated by new titanium and zirconium C3, trialkanolamine complexes
13. New phosphonate-mediated syntheses of cyclopentanoids and prostaglandins
14. HOF·CH3CN, an excellent oxygen transfer agent
15. Current topics of cyclic benzopolychalcogenides containing sulfur and selenium–synthesis and reactions
16. New aspects in the chemistry of multiple-bonds to heteroatoms
17. Coordination chemistry of some low-coordinate organophosphorus compounds
18. Extension and revision of the von Baeyer system for naming polycyclic compounds (including bicyclic compounds)
19. Extension and revision of the nomenclature for spiro compounds