The effect of introducing various types of alkyl aluminums directly into the catalyst and/or in
the polymerization process as cocatalyst on the efficiency of a Cr‐V bimetallic catalyst for …

Novel vanadium‐oxide‐based catalysts supported on alumina, zirconia, or titania‐modified
silica, which are able to synthesize ultrahigh molecular weight polyethylene (UHMWPE), are …

The alkyl hydrido bis (pyrazolyl) borate reagent Tl (MeHB (3-mesitylpyrazolyl) 2)(Tl
(MeBpMs), 1) has been prepared and used to generate group 4 metal MeBpMs complexes …

The cationic complexes Tp* Zr (CH2Ph) 2+(I, B (C6F5) 4− salt; Tp*= HB (3, 5-Me2-pyrazolyl)
3) and {(PhCH2)(H) B (μ-Me2pz) 2} Zr (η2-Me2pz)(CH2Ph)+(II; Me2pz= 3, 5-Me2-pyrazolyl) …

The reaction of Hf (CH2Ph) 4 and Tl [TpMs*](TpMs*= HB (3-mesitylpyrazolyl) 2 (5-
mesitylpyrazolyl)−) yields TpMs* Hf (CH2Ph) 3 (1), bibenzyl, and Tl0 via ligand exchange …

The effects of various polymerization conditions such as cocatalyst concentration, pressure,
temperature, and reaction time on ethylene homopolymerization over a SiO2-supported …

A series of phenoxy-substituted tris (pyrazolyl) borate titanium complexes, Tp′ TiCl2 (OAr)
and Tp* TiMe2 (OAr)[Tp= HB (pyrazolyl) 3, Tp*= HB (3, 5-Me2-pyrazolyl) 3; Ar= Ph, 2, 6 …

This work covers the synthesis of bimodal polyethylene with a SiO2‐supported vanadium‐
oxide/silyl‐chromate (Cr‐V) bimetallic catalyst, which is prepared by using the residual …

Ultrahigh molecular weight polyethylene (UHMWPE) has drawn great interest from
researchers because it possesses many excellent properties such as superb strength and …

Ethylene polymerization using Tp* TiMe2 (OAr)[Tp*= HB (3, 5-Me2-pyrazolyl) 3; Ar= O-2, 6-
Me2C6H3 (2a), O-2, 6-i Pr2C6H3 (2b)]-cocatalyst systems [cocatalyst: MAO,[Ph3C][B (C6F5) …