Synthesis of dendritic stilbenoid compounds: Heck reactions for the periphery and the core
摘要:
A convergent synthetic strategy for stilbenoid dendrimers is described in which multifold Heck reactions have been used to construct both the peripheral and the core stilbene units. Solution optical properties of one of the dendrimers indicated some energy transfer having taken place from the periphery to the core. (C) 2002 Elsevier Science Ltd. All rights reserved.
Synthesis of dendritic stilbenoid compounds: Heck reactions for the periphery and the core
摘要:
A convergent synthetic strategy for stilbenoid dendrimers is described in which multifold Heck reactions have been used to construct both the peripheral and the core stilbene units. Solution optical properties of one of the dendrimers indicated some energy transfer having taken place from the periphery to the core. (C) 2002 Elsevier Science Ltd. All rights reserved.
Synthesis and Photophysical Properties of Stilbenoid Dendrimers via Heck Reaction on a Tetraphenylethylene Core
作者:Priyabrata Roy、Debabrata Jana、Binay K. Ghorai
DOI:10.1246/bcsj.20100064
日期:2010.10.15
Two new tetraphenylethylene-cored stilbenoid dendrimers have been efficiently prepared by fourfold Heck reaction with appropriate dendron molecules. The methodology permits highly trans-selective coupling. The optical absorption and emission properties of these systems were studied. The materials display strong emission in the blue region.
Synthesis of dendritic stilbenoid compounds: Heck reactions for the periphery and the core
作者:Saumitra Sengupta、Subir Kumar Sadhukhan、Rajkumar Sunil Singh、Nilasish Pal
DOI:10.1016/s0040-4039(01)02339-5
日期:2002.2
A convergent synthetic strategy for stilbenoid dendrimers is described in which multifold Heck reactions have been used to construct both the peripheral and the core stilbene units. Solution optical properties of one of the dendrimers indicated some energy transfer having taken place from the periphery to the core. (C) 2002 Elsevier Science Ltd. All rights reserved.