480 results on '"T, Shiono"'
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52. Ring-Opening Metathesis Polymerization
53. Benzyl(halo)titanium Complexes from Tetrabenzyltitanium(IV) and a Halide Source
54. Reactions of Epoxides Promoted by Titanium Complexes
55. Hydrogenation of the Indenyl Ligand in Titanium(IV) Complexes
56. Titanium(II)–Carbonyl Complexes by Reduction of Chlorotitanium(IV) Complexes with Aluminum under Carbon Monoxide
57. Titanium(IV)–Arene Complexes by Cationic Complex Formation
58. Titanium(IV) Complexes by Oxidation of Alkylbis(η-cyclopentadienyl)titanium(III) Complexes by Lead(II) Chloride
59. Reaction of an Alkyne with a Titanium(II)–Carbonyl Complex
60. Bis(isopropoxy)titanium(IV)–Propargyl or –Allenyl Complexes by Reaction of Low-Valent Titanium Complexes with Propargyl Halides, Acetates, Carbonates, Phosphates, or Sulfonates
61. Reaction between Titanium(IV) Chloride and Metal Cyclopentadienide Compounds
62. Mono(η-cyclopentadienyl)titanium Complexes as Styrene Polymerization Catalysts
63. Reduction of Dichlorobis(η-cyclopentadienyl)titanium(IV) by Magnesium in the Presence of Alkynes
64. Bis(η-cyclopentadienyl)titanium Complexes without Allyl Functionalities or Titanacycles
65. Dicarbonylbis(η-cyclopentadienyl)titanium(II) Complexes from Titanium–Alkyl and –Aryl Complexes
66. Titanium–Arene Complexes
67. Titanium–Alkoxy and –Phenoxy Complexes from Chlorotitanium Complexes by Ligand Exchange with Sodium Alkoxides or Phenoxides
68. Titanium–Hydrido Complexes by Reduction of Titanium(IV)–Methyl Complexes by Hydrogen
69. Chelating Bis(phenoxy)titanium Complexes as Catalysts for Alkene Polymerization
70. Pinacol Coupling
71. Halide Exchange with Boron Halides
72. Reaction between Titanium(III) Chloride and Lithium Cyclopentadienide Compounds, Followed by Oxidation
73. Alkoxytitanium Complexes as Catalysts for Living Polymerization of Polar Monomers
74. Chiral Titanium–Phenoxy Complexes from Achiral Titanium–Alkoxy Complexes by Ligand Replacement
75. Titanocenes by Reduction of Titanium(IV) Complexes
76. Applications
77. Tetraaryltitanium(IV) Complexes by Reaction of Titanium(IV) Complexes with Grignard Reagents
78. Titanium Complexes with Monocyclopentadienyl–Amido Ligands Bridged by Silylene Groups as Alkene Polymerization Catalysts
79. Titanium(II)–Arene Complexes by the Fischer–Hafner Method
80. Alkyltitanium Complexes by Insertion
81. Alkenyltitanium Complexes by Silyltitanation
82. Alkyltitanium Complexes as Catalysts for Styrene Polymerization
83. (η-Allyl)bis(isopropoxy)titanium(IV) Complexes by Reaction of Low-Valent Titanium Complexes with Allylic Halides, Acetates, Carbonates, Phosphates, Sulfonates, or Aryl Ethers
84. Titanacyclobutanes via Vinylaluminum Complexes
85. Titanium–Alkoxy and –Phenoxy Complexes from Chlorotitanium Complexes by Ligand Exchange with Lithium Alkoxides or Phenoxides
86. Salt Elimination Reactions between Titanium(IV)–Chloro Complexes, Potassium, and Cyclopentadienes
87. Titanium–Phenoxy Complexes from Titanium–Alkoxy Complexes by Ligand Replacement with Esters
88. Titanium(II)–Phosphine Complexes by Photolysis of Dicarbonylbis(η-cyclopentadienyl)titanium(II)
89. Dicarbonylbis(η-cyclopentadienyl)titanium(II) Complexes by Photolysis of Titanium–Alkyl and –Aryl Complexes
90. Titanacyclobutanes from Tebbe's Reagent
91. Bis(η-cyclopentadienyl)titanium Complexes as Alkene Polymerization Catalysts
92. Cyclopentadienyltitanium–Alkoxy Complexes for Enantio- and Diastereomeric Reactions by Hydrolysis of Chlorotitanium Complexes with Alcohols
93. (η-Alkene)titanium(II) Complexes by Reduction of Titanium(IV) Complexes by Grignard Reagents in the Presence of an Alkene
94. Reduction with Cobaltocene
95. Hydridotitanium Complexes by Reduction of Chlorotitanium(IV) Complexes by Potassium or Sodium
96. Mono(η-cyclopentadienyl)titanium Complexes
97. Titanium(III) Complexes by Reduction by Zinc and Magnesium
98. Titanacyclobutanes by Reaction of Dichlorobis(η-cyclopentadienyl)titanium(IV) with a Dimagnesium Reagent
99. Titanium–Tetraene and –Triene Complexes by Reaction of Trichloro(η-cyclopentadienyl)titanium(IV) Complexes with Cyclooctatetraene or Cycloheptatriene in the Presence of Magnesium
100. Titanium–Phenoxy Complexes from Alkyltitanium Complexes by Ligand Exchange with Phenols
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