Effective Molarities and Ionic Chain Mechanism in the Reaction of a Bifunctional Nucleophile with Substituted Bicyclobutane1

Keyphrases

• Bifunctional 100%
• Methanol 100%
• Nucleophile 100%
• Effective Molarity 100%
• Chain Mechanism 100%
• Dimethoxyethane 66%
• Bicyclobutane 66%
• Spiro Derivatives 66%
• Nucleophilic Attack 33%
• Thioether 33%
• Nucleophilic Addition 33%
• Chloro 33%
• Addition-elimination Mechanism 33%
• Reaction Mixture 33%
• Cyclization Processes 33%
• Solvolysis 33%
• Internal Trapping 33%
• Cyclization Reaction 33%
• Spiro Compounds 33%
• Carbenium Ions 33%

Chemistry

• Molarity 100%
• Nucleophile 100%
• Sulfide 50%
• Nucleophilic Addition 50%
• Cyclization Reaction 50%
• Solvolysis 50%
• Spiro Compound 50%