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Results: 1-10 |
Results: 10
Mechanistic comparison of the nickel(0)-catalyzed homo-oligomerization andco-oligomerization of alkynes and nitriles
Authors: Eisch, JJ Ma, X Han, KI Gitua, JN Kruger, C
Citation: Jj. Eisch et al., Mechanistic comparison of the nickel(0)-catalyzed homo-oligomerization andco-oligomerization of alkynes and nitriles, EUR J INORG, (1), 2001, pp. 77-88
Metalations with group 4 alkylmetal(IV) halides: Expeditious route to metallocene and nonmetallocene procatalysts
Authors: Eisch, JJ Owuor, FA Otieno, PO
Citation: Jj. Eisch et al., Metalations with group 4 alkylmetal(IV) halides: Expeditious route to metallocene and nonmetallocene procatalysts, ORGANOMETAL, 20(20), 2001, pp. 4132-4134
Carbon-carbon bond formation via oxidative-addition processes of titanium(II) reagents with pi-bonded organic substrates. Reactivity modifications byLewis acids and Lewis bases. Part 22. Organic chemistry of subvalent transition metal complexes (vol 624, pg 229, 2001)
Authors: Eisch, JJ Gitua, JN Otieno, PO Shi, X
Citation: Jj. Eisch et al., Carbon-carbon bond formation via oxidative-addition processes of titanium(II) reagents with pi-bonded organic substrates. Reactivity modifications byLewis acids and Lewis bases. Part 22. Organic chemistry of subvalent transition metal complexes (vol 624, pg 229, 2001), J ORGMET CH, 634(2), 2001, pp. 214-214
Carbon-carbon bond formation via oxidative-addition processes of titanium(II) reagents with pi-bonded organic substrates. Reactivity modifications byLewis acids and Lewis bases Part 22. Organic chemistry of subvalent transition metal complexes
Authors: Eisch, JJ Gitua, JN Otieno, PO Shi, X
Citation: Jj. Eisch et al., Carbon-carbon bond formation via oxidative-addition processes of titanium(II) reagents with pi-bonded organic substrates. Reactivity modifications byLewis acids and Lewis bases Part 22. Organic chemistry of subvalent transition metal complexes, J ORGMET CH, 624(1-2), 2001, pp. 229-238
Early transition metal carbenoid reagents in epimetallation and metallative dimerization of unsaturated organic substrates
Authors: Eisch, JJ
Citation: Jj. Eisch, Early transition metal carbenoid reagents in epimetallation and metallative dimerization of unsaturated organic substrates, J ORGMET CH, 617(1), 2001, pp. 148-157
Lithium chromium(I) dihydride: A novel reagent for the versatile reductivemetathesis, reductive cyclization, oligomerization, or polymerization of diverse organic substrates
Authors: Eisch, JJ Alila, JR
Citation: Jj. Eisch et Jr. Alila, Lithium chromium(I) dihydride: A novel reagent for the versatile reductivemetathesis, reductive cyclization, oligomerization, or polymerization of diverse organic substrates, ORGANOMETAL, 19(7), 2000, pp. 1211-1213
Organometallic compounds of group 13, 55 - Novel organoaluminum Lewis acids via selective aluminum-tin exchange processes - Electrophilic initiation by the aluminum halide and ensuing complexation by the resulting tin halide
Authors: Eisch, JJ Mackenzie, K Windisch, H Kruger, C
Citation: Jj. Eisch et al., Organometallic compounds of group 13, 55 - Novel organoaluminum Lewis acids via selective aluminum-tin exchange processes - Electrophilic initiation by the aluminum halide and ensuing complexation by the resulting tin halide, EUR J INORG, (1), 1999, pp. 153-162
Organic chemistry of subvalent transition metal complexes part 17 - Novel synthesis of unbridged, sterically substituted zirconocene dichlorides fromfulvenes and dialkylzirconium dichlorides via zirconium(IV) hydride transfer
Authors: Eisch, JJ Owuor, FA Shi, X
Citation: Jj. Eisch et al., Organic chemistry of subvalent transition metal complexes part 17 - Novel synthesis of unbridged, sterically substituted zirconocene dichlorides fromfulvenes and dialkylzirconium dichlorides via zirconium(IV) hydride transfer, ORGANOMETAL, 18(9), 1999, pp. 1583-1585
Organochromium(III) intermediates in reductive dimerizations and reductivemetatheses of organic substrates by novel chromium(I) reagents
Authors: Eisch, JJ Alila, JR
Citation: Jj. Eisch et Jr. Alila, Organochromium(III) intermediates in reductive dimerizations and reductivemetatheses of organic substrates by novel chromium(I) reagents, ORGANOMETAL, 18(16), 1999, pp. 2930-2932
Organic chemistry of subvalent transition metal complexes part 16 - Novel synthesis of ansa-metallocenes via the reductive dimerization of fulvenes with group 4 metal divalent halides
Authors: Eisch, JJ Shi, X Owuor, FA
Citation: Jj. Eisch et al., Organic chemistry of subvalent transition metal complexes part 16 - Novel synthesis of ansa-metallocenes via the reductive dimerization of fulvenes with group 4 metal divalent halides, ORGANOMETAL, 17(24), 1998, pp. 5219-5221
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