-
3
-
-
79951474473
-
-
3PbOO •. Calculated values are given in ref. 1.
-
3PbOO •. Calculated values are given in ref. 1.
-
-
-
-
4
-
-
0642273576
-
-
For reviews of these and analogous reactions, see 10.1070/ RC1978v047n06ABEH002238
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For reviews of these and analogous reactions, see: (a) Bubnov, N. N.; Solodovnikov, S. P.; Prokof'ev, A. I.; Kabachnik, M. I. Russ. Chem. Rev. 1978, 47 (6), 549. 10.1070/RC1978v047n06ABEH002238;
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(b) Prokof'ev, A. I.; Prokof'eva, T. I.; Belostotskaya, I. S.; Burnov, N. N.; Solodnikov, S. P.; Ershov, V. V.; Kabachnik, M. I. Tetrahedron 1979, 35 (20), 2471. 10.1016/S0040-4020(01)93765-2
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6
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0040770210
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For a review of solvent viscosity effects on the rates of these fast uni molecular reactions, see 10.1070/RC1993v062n06ABEH000030
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For a review of solvent viscosity effects on the rates of these fast uni molecular reactions, see: (c) Rakhimov, R. R.; Prokof'ev, A. I.; Lebedev, Ya. S. Russ. Chem. Rev. 1993, 62 (6), 509. 10.1070/RC1993v062n06ABEH000030
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Kukes, S. G.; Prokof'ev, A. I.; Bubnov, N. N.; Solodovnikov, S. P.; Korniets, E. D.; Kravtsov, D. N.; Kabachnik, M. I. Dokl. Chem. 1976, 229, 519.
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79951498411
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Prokof'ev, A. I.; Prokof'eva, T. I.; Bubnov, N. N.; Solodovnikov, S. P.; Belostotskaya, I. S.; Ershov, V. V.; Kabachnik, M. I. Dokl. Chem. 1978, 239, 165.
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10
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79951503055
-
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Similar results and conclusions have been reported for adducts of tri-substituted group 14 radicals with other 1,2-dicarbonyl compounds. 9
-
Similar results and conclusions have been reported for adducts of tri-substituted group 14 radicals with other 1,2-dicarbonyl compounds. 9
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11
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0011782110
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10.1016/0009-2614(77)80326-6
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79951504795
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H2 process. 11 Instead, it involves a nucleophilic attack of an oxygen lone pair on the empty boron p orbital. The unpaired electron on the oxygen is not directly involved, but the boron-ligand bond aligned with the SOMO cleaves and the ligand leaves promptly. The mechanism was described as a nucleophilic homolytic substitution at boron
-
H2 process. 11 Instead, it involves a nucleophilic attack of an oxygen lone pair on the empty boron p orbital. The unpaired electron on the oxygen is not directly involved, but the boron-ligand bond aligned with the SOMO cleaves and the ligand leaves promptly. The mechanism was described as a nucleophilic homolytic substitution at boron.
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Calculations were performed using B3 14 LYP 15 /6-311+G(d,p) as implemented in ref. 16. For radicals containing Sn, we used the averaged relativistic effective potentials of LaJohn et al. 17 with the accompanying basis set, which was used uncontracted.
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Calculations were performed using B3 14 LYP 15 /6-311+G(d,p) as implemented in ref. 16. For radicals containing Sn, we used the averaged relativistic effective potentials of LaJohn et al. 17 with the accompanying basis set, which was used uncontracted.
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79951506405
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It has been reported that "solvents capable of forming hydrogen bonds" retard the rate of reaction 2 for G = H. 4a This is to be expected because phenols containing intramolecular H bonds are capable of forming bifurcated intra/intermolecular H bonds, 19 which reduces the rates of H-atom abstraction 20 just as intermolecular H bonding reduces the rates of abstraction from simple phenols. 21 Fortunately, the experiments in question 4a were done in heptane, which is neither an H-bond donor nor acceptor, so the kinetic measurements should be directly comparable with the computed dynamics.
-
It has been reported that "solvents capable of forming hydrogen bonds" retard the rate of reaction 2 for G = H. 4a This is to be expected because phenols containing intramolecular H bonds are capable of forming bifurcated intra/intermolecular H bonds, 19 which reduces the rates of H-atom abstraction 20 just as intermolecular H bonding reduces the rates of abstraction from simple phenols. 21 Fortunately, the experiments in question 4a were done in heptane, which is neither an H-bond donor nor acceptor, so the kinetic measurements should be directly comparable with the computed dynamics.
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79951491540
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This particular reaction could be referred to as a stannylium 29 coupled electron transfer
-
This particular reaction could be referred to as a stannylium 29 coupled electron transfer.
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36
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