Table of Content of Supporting Information (PDF) for the article:
[S.1] Modeling of the Mg powder and reagents
[S.2] Reaction of Mg powder with CH2Br2
[S.3] Reaction of Mg powder with Mg∷CH2Br2 complex and TiCl4
[S.4] A model of the reaction of the solvent molecules with the Ti/Mg catalyst.
[S.4.A] Inclusion of DBE to the TiCl3∷MgCH2Br2 bimetallic catalyst
[S.4.B] Inclusion of DEE to the TiCl3∷MgBr2 bimetallic catalyst
[S.4.C] Inclusion of 2,5-dihydrofuran to the TiCl3∷MgCH2Br2 bimetallic catalyst
[S.5] A model of 1,2-dichloroethane reaction with the magnesium powder
[S.6] A model of the reaction of benzaldehyde with Ti/Mg catalyst
[S.7] Hydrobenzoin formation promoted by the Ti/Mg catalyst
[S.8] A possible formation of 1-bromomethyl)benzyl alcohol
[S.9]A cumulative stoichiometric reaction of hydrobenzoin formation
[S.10] The solvent effect on the output of the reaction (E.5) in the main text
[S.11] NMR spectra
[S.12] HRMS and EA spectra
ZIP file contents:
- separate figures and a table from PDF file.
(2024-10-09)