Fig. 12 Left: Gel permeation-chromatographical alkane oligomer distributions in dependence on
the reaction time (tube lengths 206–19.5 cm). Right: Gel permeation-chromatographical alkane
oligomer distributions in dependence on the ratio of Al/Ti component (τ ¼ 0.29 s)
Fig. 13 Left: Gel permeation-chromatographical alkane oligomer distributions in dependence on
the alkyl chain length of the Ti component (Al/Ti ¼ 10; τ ¼ 0.29). Right: Gel permeationchromatographical alkane oligomer distributions in dependence on the ratio Al/Ti with Ti-hexyl
as starting component (τ ¼ 0.29 s)
Contributions to the Ziegler–Natta Catalysis: An Anthology
15
the reaction time (tube lengths 206–19.5 cm). Right: Gel permeation-chromatographical alkane
oligomer distributions in dependence on the ratio of Al/Ti component (τ ¼ 0.29 s)
Fig. 13 Left: Gel permeation-chromatographical alkane oligomer distributions in dependence on
the alkyl chain length of the Ti component (Al/Ti ¼ 10; τ ¼ 0.29). Right: Gel permeationchromatographical alkane oligomer distributions in dependence on the ratio Al/Ti with Ti-hexyl
as starting component (τ ¼ 0.29 s)
Contributions to the Ziegler–Natta Catalysis: An Anthology
15