This Article Abstract Full Text Services Email this article to a colleague Alert me to new issues of the journal Request Copyright Permission Citing Articles Citing Articles via CrossRef

Li and Marks 1010.1073/pnas.0603396103

Supporting Figures

Files in this Data Supplement:

Fig. 19. Pathway for long-chain branch formation in constrained geometry catalyst ethylene polymerization.

Fig. 20. Synthetic routes to mononuclear CGC catalysts.

Fig. 21. Synthetic pathway to binuclear bisborate cocatalyst B₂.

Fig. 22. Preparation of ion pair [(C₅H₅)₂ZrMe⁺]₂{Me₂1,4-C₆F₄[B(C₆F₅)₂]₂}^2-.

Fig. 23. Branching in ethylene homopolymerization mediated by the catalysts/cocatalyst pairs.

Fig. 24. Synthetic route to heterobinuclear catalyst Ti₁Zr₁.

Fig. 25. Possible pathway by which binuclear catalysts facilitate a-olefin comonomer enchainment in ethylene polymerizations.

Fig. 26. Aliphatic region ¹³C NMR spectra of styrene + ethylene copolymers produced by Ti₂ + B₁.

This Article Abstract Full Text Services Email this article to a colleague Alert me to new issues of the journal Request Copyright Permission Citing Articles Citing Articles via CrossRef