关键特征
● 研究纳秒尺度上光生电荷行为的一种有效手段，具有非接触，无损等优点；
● 能够直观反映出光生电荷的分离方向、分离效率以及电荷寿命等动力学信息；
● 我公司与吉林大学王德军教授拥有着长期深入的合作，可提供仪器使用、谱图解析与数据分析等技术服务。
应用领域 ▲特别适用●较为适用 ○可以使用
▲ 测量光电功能材料的表面光电压
▲ 测量光电功能材料的表面光电流
▲ 计算光电功能材料的光电转化效率
▲ 研究开发光电气敏传感器
▲ 研究光催化反应机理
▲ 研究太阳能电池
技术参数
● 光电压测量：可测光电压＞ 100 nV;光谱波长范围：300~1000 nm;光谱分辨率：2 nm;
● 光电压测量：可测光电流＞ 100 pA;光谱波长范围：300~1000 nm;光谱分辨率：2 nm;
● 光伏相位谱：相检测范围：±180°;光谱波长范围：300~1000 nm;
● 光电转化效率（IPCE):光谱波长范围：300~1000 nm;
典型客户
代表文献
[1]Gao Jianfeng, Ge Lei. In-situ synthesis of novel ternary CdS/PdAg/g-C3N4 hybrid photocatalyst with significantly enhanced hydrogen production activity and catalytic mechanism exploration. Applied Catalysis B: Environmental, 2021, 281: 119509.
[2]Y. Li, Q. Wu, Y. Chen, R. Zhang, C. Li, K. Zhang, M. Li, Y. Lin, D. Wang, X. Zou, T. Xie, Interface engineering Z-scheme Ti-Fe2O3/In2O3 photoanode for highly efficient photoelectrochemical water splitting, Appl. Catal. B Environ. 290 (2021) 120058
[3]LiWang,DeliChen,ShuqiMiao,FangChen,ChangfaGuo,PengchengYe,JiqiangNing,YijunZhong,YongHua,Nitric acid-assisted growth of InVO4 nanobelts on protonated ultrathin C3N4 nanosheets as an S-scheme photocatalyst with tunable oxygen vacancies for boosting CO2 conversion,Chemical Engineering Journal,2021, 133867
[4]HaijiaoLu,Yi-MingZhao,Sandra ElizabethSaji,XinmaoYin,AryWibowo,Chi SinTang,ShiboXi,PengfeiCao,MikeTebyetekerwa,BoruiLiu,MarcHeggen,Rafal E.Dunin-Borkowski,AntonioTricoli,Andrew T.S.Wee,Hieu T.Nguyen,Qing-BoYan,ZongyouYin,All room-temperature synthesis, N2 photofixation and reactivation over 2D cobalt oxides,Applied Catalysis B: Environmental,2022, 121001
