首页|PN结光电子器件:科研创新与教学融合

PN结光电子器件:科研创新与教学融合

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阐述了低维材料在光电子器件领域的创新发展,设计了以PN结光电探测器为核心的本科生实验模块.通过光电测试系统获得了 PN结光电探测器的光电流响应,并对其机理进行了深度分析.学生在教师的指导下完成材料制备、器件测试以及理论分析,促进了科研成果向本科教学的转化,也增强了学生对PN结关键概念的理解.
PN junction optoelectronic devices:the integration of research innovation and teaching
The innovative development of low-dimensional materials in the field of optoelectronic devices was elaborated,and the undergraduate experimental module with PN junction photodetectors was designed.The photocurrent response of PN junction photodetectors was measured by a photoelec-tric characteristic testing system,and the mechanism of photoresponse was deeply analyzed.With guidance of the teacher,students completed material preparation,device testing and theoretical analy-sis,which not only promote the transformation of research results to undergraduate teaching,but also deepen students'comprehension of fundamental principles associated with PN junctions.

PN junctionheterojunctionphotodetectorlow-dimensional materials

石凯熙、姜振峰、李亚妮、李金华、李静

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长春理工大学 物理学院,吉林 长春 130022

北京四中呼和浩特分校,内蒙古 呼和浩特 010000

PN结 异质结 光电探测器 低维材料

国家自然科学基金吉林省科技厅项目

62174015YDZJ202301ZYTS488

2024

物理实验
东北师范大学

物理实验

影响因子:0.573
ISSN:1005-4642
年,卷(期):2024.44(9)