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49
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33646359542
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The selectivity of the addition reactions is reflected by the ratio of catalytic and noncatalytic products (2+5+6)7(3+4)
-
The selectivity of the addition reactions is reflected by the ratio of catalytic and noncatalytic products (2+5+6)7(3+4).
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50
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33646359300
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note
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It was shown that the isomerization reaction may proceed under transition metal-catalyzed, radical or photochemical conditions (refs 7 and 9). Therefore, different isomerization mechanisms may play the dominant role depending on reaction conditions and amount of catalyst.
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52
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33646374521
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note
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The E/Z ratio of anti-Markovnikov isomers was in the range 2:1-1:1. This suggests a radical nature of the side reaction.
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53
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33646384792
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note
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6a-d). Trans and cis notations indicate the position of the R and R' groups.
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54
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33646373084
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note
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1H NMR signals of 9 and 10 was accompanied with simultaneous increase in intensity of corresponding signals of 11 and 12. Therefore, 9 and 10 are the kinetic products of the syn-addition reaction.
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55
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33646336993
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In agreement with proposed mechanism, no reaction took place in the absence of PhSH
-
In agreement with proposed mechanism, no reaction took place in the absence of PhSH.
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66
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18044398972
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Typically accepted range of particles sizes for the nanocatalytic systems is 1-100 nm; see reviews: (a) Love, J. C.; Estroff, L. A.; Kriebel, J. K.; Nuzzo, R. G.; Whitesides, G. M. Chem. Rev. 2005, 105, 1103.
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33646353779
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note
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Catalyst activity depends on the amount of water in the reaction mixture. NMR monitoring (or GC) is the easiest way to determine appropriate reaction time.
-
-
-
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73
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33646351408
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note
-
Unreacted PhSH can be easily recovered from the water phase by addition of aqueous HCl and extraction with hexane.
-
-
-
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74
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0002388423
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Fiandanese, V.; Marchese, G.; Naso, F.; Ronzini, L. Synthesis 1987, 1034.
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-
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33646346227
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note
-
In the studied system particle size and distribution depend on the sample preparation conditions. Therefore, these values obtained should be used as an estimation only.
-
-
-
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77
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33646349586
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note
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1/2, where area is the area of the object.
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