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Pietruszka J. In: Fleming I. (Ed). Science of Synthesis vol. 4 (2001), Thieme, Stuttgart, Germany 159 (Chapter 4.4.4)
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Oshima K. In: Moloney M. (Ed). Science of Synthesis vol. 5 (2002), Thieme, Stuttgart, Germany 9 (Chapter 5.1.1)
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Oshima, K.1
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Clark A.J. In: Moloney M. (Ed). Science of Synthesis vol. 5 (2002), Thieme, Stuttgart, Germany 205 (Chapter 5.2.1)
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19
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29744457086
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For radical reduction and addition of haloalkanes using 1a and 1b, see:
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For radical reduction and addition of haloalkanes using 1a and 1b, see:. Miura K., Ootsuka K., and Hosomi A. Synlett (2005) 3151
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Ootsuka, K.2
Hosomi, A.3
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0035540068
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For the last step, see:
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For the last step, see:. Ohshita J., Toyoshima Y., Iwata A., Tang H., and Kunai A. Chem. Lett. (2001) 886
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23
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33845749368
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note
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3B-dry air as radical initiator.
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24
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33845798181
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note
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The butylation was performed only for the ease of isolation and characterization of the hydrogermylation products in the atmosphere.
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25
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33845790844
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note
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The successful addition to less reactive internal alkenes under solvent-free conditions seems only due to rate-acceleration of the intermolecular reaction by increased concentration of the reactants.
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26
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0037517463
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4M are ca. 340 (M = Ge) and 300 (M = Sn) kJ/mol. Patai S. (Ed), Wiley, Chichester (Chapter 4)
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4M are ca. 340 (M = Ge) and 300 (M = Sn) kJ/mol. Simões J.A.M., Liebman J.F., and Sladen S.W. In: Patai S. (Ed). The Chemistry of Organic Germanium, Tin, and Lead Compounds (1995), Wiley, Chichester 245 (Chapter 4)
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Simões, J.A.M.1
Liebman, J.F.2
Sladen, S.W.3
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