【摘要】 在本工作中，我们通过分子自组装成功制备了磷掺杂g-C₃N₄空心管（P-CNT）,然后在P-CNT表面平行原位生长CeO₂量子点，构建了0D/1D界面相。在可见光照射下，稳定的P-CNT/CeO₂异质结构与单组分和单掺杂复合材料相比，有优异的H₂O₂的产量以及四环素降解方面有显著改善。这种增强的光催化性能源于P掺杂和异质结界面接触的协同效应。掺杂形成的管状结构不仅缩小了带隙，从而增强了CNT的可见光收集能力，而且促进了电子在一维纵向和径向方向上的传播。更多还原

【Abstract】 In this work, we successfully fabricated phosphorus doped g-C₃N₄ hollow tubes（P-CNT） via molecular self-assembly, and then grow theCeO₂ quantum dots in situ parallel on the surface of P-CNT to construct 0D/1D interfacial phase. Under visible light irradiation, stable P-CNT/CeO₂ heterostructures had higher H₂O₂ production and significantly improved tetracycline degradation compared with single-component and single-doped composites. This enhanced photocatalytic performance originates from the synergistic effect of P doping and heterojunction interfacial contact. The tubular structure formed by co-doping not only narrows the band gap, thereby enhancing the visible light collection capability of CN, but also promotes electron propagation along one-dimensional longitudinal and radial directions.更多还原