materials of the future. Herein, we report self-organizing surface-initiated polymerization (SOSIP) as a user-friendly method to create ordered as well as oriented functional systems on transparent oxide surfaces. In SOSIP, self-organization of monomers and ring-opening disulfide exchange polymerization are combined to ensure the controlled growth of the polymer from the surface. This approach provides
轻松访问复杂系统对于生成未来的功能材料至关重要。在此,我们报告了自组织表面引发聚合(SOSIP)作为一种用户友好的方法,可以在透明氧化物表面上创建有序和定向的功能系统。在 SOSIP 中,单体的自组织和开环二
硫化物交换聚合相结合,以确保聚合物从表面受控生长。这种方法可以快速获得具有光滑、可再活化表面和长程有序、缺陷少且精度高的厚膜,包括具有定向四组分氧化还原梯度的全色光系统。SOSIP 架构的活动性明显优于无序控制。