首页|基于真实科研问题的"物理光学"教学改进探究——以"基于偏振干涉的多波长光纤激光器"为例

基于真实科研问题的"物理光学"教学改进探究——以"基于偏振干涉的多波长光纤激光器"为例

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在新时代人才培养需求的指导下,文章分析了传统"物理光学"课程教学现状,研究将知识点与案例结合的项目式教学改进方法,以在研国家和北京市科研项目中凝练的"基于偏振干涉的多波长光纤激光器"这一真实科学问题为例,通过实物演示、模型建立和实验对比验证介绍科研方法和思路的同时,讲解偏振光产生、调节、琼斯矩阵和偏振干涉等内容,加强基础知识学习,培养学生灵活应用基础知识解决问题的工程实践能力和创新意识。
Research on the Teaching Improvement of Physical Optics Based on Real Scientific Research Issues——A case study of"Multi-wavelength Fiber Lasers Based on Polarization Interference"
Under the guidance of talent cultivation in the new era,the teaching status of traditional"Physical Optics"is analyzed,and the improvement method ofproject-based-learning based on the combination of knowledge points and cases is studied.The real scientific issue of"multi-wave length fiber laser based on polarization interference",which is summarized from the national and Beijing research projects,is selected as an example.The method and thought of scientific research is introduced by physical show,model establishment,and experimental comparison and verification.Meanwhile,the contents such as the generation and adjustment of polarization light,Jones matrix and polarization interference are also introduced.Therefore,the understanding of basic knowledge is strengthened.Besides,students'engineering practice ability and innovation consciousness based on flexibly utilizing basic knowledge to solve problems are exercised.

multi-wavelength laserpolarized lightJones matrixpolarization interferenceteaching reform

胡国庆、赵爽、周哲海

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北京信息科技大学仪器科学与光电工程学院 北京 100192

多波长激光 偏振光 琼斯矩阵 偏振干涉 教学改革

北京信息科技大学高教研究课题(2022)北京市教委科学研究计划(2022)国家自然科学基金(2021)

2022GJYB07KM20221123200162105038

2024

科教导刊
湖北省科学技术协会

科教导刊

影响因子:0.225
ISSN:1674-6813
年,卷(期):2024.(9)
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