PPECu nanowires were synthesized and the structure was explored. It was a metal organic polymer self-assembled by copper and phenylacetylene coordination and a p-type semiconductor material with the band gap of 2.48 eV. PPECu nanowires have excellent film-forming properties and exhibit hydrophobic properties. The photocurrent of PPECu was 10 times higher than that of g-C₃N₄ under the same conditions. The photoelectric conversion efficiency was 4.08% at 410 nm. It can activate molecular oxygen to produce superoxide radicals under visible light and the photocatalytic degradation of phenol and 2,4-DCP activity was 2.52 and 3.85 times higher than g-C₃N₄. Therefore, PPECu has a good potential at the application in the photoelectric conversion and photocatalytic degradation of pollutants.

合成了PPECu纳米线，并研究了其结构。它是通过铜和苯乙炔配位而自组装的金属有机聚合物，是带隙为2.48 eV的p型半导体材料。PPECu纳米线具有出色的成膜性能，并表现出疏水性能。在相同条件下，PPECu的光电流是gC ₃ N _4的10倍。410nm处的光电转换效率为4.08％。它可以在可见光下活化分子氧以产生超氧自由基，苯酚的光催化降解和2,4-DCP活性分别是gC ₃ N _4的2.52和3.85倍。。因此，PPECu在污染物的光电转化和光催化降解中具有广阔的应用前景。