390
ORGANIC SYNTHESIS—1995
VI.E-8 Farooq, O. and Tiers, G.V.D., JOC, 59, 2122.
R'R 2 Si-CI
F
»
R R 2Si-F
87-97 %
VI.E-9 Ojima, I. et al., JACS, 116, 3643; Doyle, M.P. and Shanklin, M.S.,
OM, 13, 1081; Zhou, J.Q. and Alper, H., OM, 13, 1586; Murai, T., Kato, S.
et al., CC, 2143; Hatanaka, Y. et al., TL, 35, 7981; Chan, K.S. et al., JOC,
59, 3585; Marinetti, A., TL, 35, 5861; Marciniec, B. et al., JOM, 484, 147;
Tillack, A. et al., JOM, 482, 85; Wang, X. and Bosnich, B., OM, 13, 4131 ;
Ozawa, F., Sugawara, M., and Hayashi, T., OM, 13, 3237; Kocienski, P.J.
et al., SL, 11.
R 3 Si
CHO
R 3 SiH, CO
\
/
H - _ - ( C H 2 ) n - C H O
3
m ' cat
»
) = \
H
(CH 2 ) n —CHO
62-93 %
VI.E-10 Landais, Y. and Planchenault, D., TL, 35, 4565.
N 2
SiR 3
JÌ
R 3 SiH, Rh 2 (OAc) 4 9
I
R ^ ^ C 0 2 R *
CH 2 CI 2 ,
rt
R ^ ^ C 0 2 R *
52-75 %