THE ELECTRON TRANSFER MECHANISM FOR THE REACTION OF THE TRIBUTYLSTANNYL ANION WITH BUTYL CHLORIDES

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1. TABLE OF CONTENTS
2. SYNTHESIS OF SUGAR ALLYLTINS AND THEIR APPLICATION IN THE PREPARATION OF CARBOBICYCLES
3. NEW STANNA- AND PLUMBA-CARBORANES: SYNTHETIC AND STRUCTURAL INVESTIGATION
4. MIXED ARYL-ALKYL ORGANOTIN COMPOUNDS
5. NOVEL GERMOLES AND STANNOLES WITH UNEXPECTED PROPERTIES
6. SOME NEW NUCLEOPHILE-INDUCED REACTIONS INVOLVING GeCl2, SiCl2 AND GeMe2 TRANSFER
7. THE ELECTRON TRANSFER MECHANISM FOR THE REACTION OF THE TRIBUTYLSTANNYL ANION WITH BUTYL CHLORIDES
8. LITHIATION-STANNYLATION CHEMISTRY FOR NUCLEOSIDE SYNTHESIS
9. LOW COORDINATED COMPOUNDS OF GERMANIUM, TIN, AND LEAD: SOME RECENT RESULTS
10. DESIGNING PRECURSORS FOR THE DEPOSITION OF TIN SULPHIDE THIN FILMS
11. SYNTHETIC APPLICATIONS OF A SERIES OF ORGANOTIN HYDRIDES
12. PREPARATION AND REDUCTIVE ELIMINATION OF DIGERMYLPLATINUM COMPLEXES
13. LEAD(IV) REAGENTS: AN UNDERESTIMATED CLASS OF REAGENTS IN SYNTHESIS?
14. XXth ICOMC