A conformationally stable, acridone-based linker (1) was synthesized and attached to p-tert-butylcalix[8]arene (2) to form the novel 1,4-bridged calix[8]arene derivative 3. The structural assignment of 3 was based on its MS and high-field NMR data and supported by molecular modeling calculations.
构象稳定,基于
吖啶酮-接头(1)合成并连接到p -叔-butylcalix [8]
芳烃(2),以形成新的1,4-桥杯[8]
芳烃衍
生物3。3的结构分配基于其MS和高场NMR数据,并得到分子模型计算的支持。