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Six-Membered Heterocycles Fused to One Benzene Ring

Chapter 12. Six-Membered Heterocycles Fused to One Benzene Ring 361... [Pg.545]

There are now two possible routes to the final product. Reductive elimination would insert the new alkyne into one of the old C-Co bonds and form a seven-membered ring heterocycle. This could close in an electrocyclic reaction to give the new six-membered ring with the cobalt fused on one side and hence the cobalt complex of the new benzene. [Pg.1340]

See other pages where Six-Membered Heterocycles Fused to One Benzene Ring is mentioned: [Pg.330] [Pg.361] [Pg.349] [Pg.867] [Pg.163] [Pg.164] [Pg.168] [Pg.170] [Pg.172] [Pg.174] [Pg.176] [Pg.178] [Pg.180] [Pg.182] [Pg.184] [Pg.186] [Pg.330] [Pg.361] [Pg.349] [Pg.867] [Pg.163] [Pg.164] [Pg.168] [Pg.170] [Pg.172] [Pg.174] [Pg.176] [Pg.178] [Pg.180] [Pg.182] [Pg.184] [Pg.186] [Pg.495] [Pg.246] [Pg.240] [Pg.830] [Pg.79] [Pg.126] [Pg.2] [Pg.966]

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Benzene fused

Benzene rings

Benzene rings Benzenes

Benzenic ring

Fused heterocyclic

Fused rings

Fused six-membered rings

Heterocycles fused

Heterocycles six-membered ring

Heterocyclic 5- membered ring

Heterocyclics six-membered

Rings six-member

Six-Membered Heterocycled

Six-membered heterocycles

Six-membered heterocyclic rings

Six-membered rings benzene