The direct phase transformation of hexagonal Cu₂S microplates to those that are S-included Cu₂O was induced by low-temperature annealing at 200 °C under ambient conditions. The Cu₂O microplates showed a nanoparticle-confined structure, which continued to have the hexagonal framework of the original Cu₂S microplates. The compositional distributions, sizes, structures, and optical properties of the synthesized Cu₂S and S-included Cu₂O microplates were characterized. The S-included Cu₂O microplates prepared via low-temperature annealing at 200 °C for 12 h (Cu₂S-Cu₂O-12h), 24 h (Cu₂S-Cu₂O-24h,), and 48 h (Cu₂S-Cu₂O-48h) showed electro-catalytic activities for methanol oxidation. The Cu₂S-Cu₂O-24h microplates showed the best electro-catalytic activity and long-term stability.

六边形Cu的直接相变₂小号微孔板于那些S-含有Cu ₂ O的在200℃下在环境条件下诱导低温退火。Cu ₂ O微板显示出纳米颗粒限制的结构，该结构继续具有原始Cu ₂ S微板的六边形骨架。表征了合成的Cu ₂ S和含S的Cu ₂ O微板的组成分布，尺寸，结构和光学性质。在S-含有Cu _2个ö微孔板通过低温退火制备在200℃下12小时（CU ₂ S-的Cu ₂ O形12H），24小时（铜₂S-Cu ₂ O-24h，和48 h（Cu ₂ S-Cu ₂ O-48h）显示了甲醇氧化的电催化活性。Cu ₂ S-Cu ₂ O-24h微孔板显示出最佳的电催化活性和长期稳定性。