基于Macleod软件的分振幅薄膜干涉仿真教学
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摘要
分振幅薄膜干涉是高等学校波动光学教学的重要内容,也是薄膜光学的理论基础.本文基于著名的光学薄膜仿真软件Macleod,利用3D绘图技术仿真了楔形薄膜分振幅干涉的相长和相消的情形.并仿真了薄膜干涉位相突变的情况,以及多层结构高反射膜和减反射膜的情况.让学生理论解析联系软件仿真分析,更加形象具体的了解分振幅薄膜干涉,提高教学效果.还让学生了解光学薄膜的光谱调控能力和广泛实践应用,提高学生的学习兴趣.
Amplitude-splitting thin film interference is an important content of the wave optics teaching in colleges and universities. It is also the theoretical basis of thin film optics. Based on the famous optical thin film simulation software Macleod,the constructive and destructive interference of wedge-shaped thin films are simulated by using the 3 D drawing technique. The change of the phase of the light waves is simulated,as well as the multilayer structure with high reflective film and the anti-reflection film are also simulated. Let the students contact theory analysis with software simulation analysis, which will improve teaching effect because it make students understand amplitude-splitting thin film interference specifically and figuratively. It also enables students to understand the spectral regulation ability of optical thin films and its widespread application in the productive practice,so as to improve students' interest in learning.
Amplitude-splitting thin film interference is an important content of the wave optics teaching in colleges and universities. It is also the theoretical basis of thin film optics. Based on the famous optical thin film simulation software Macleod,the constructive and destructive interference of wedge-shaped thin films are simulated by using the 3 D drawing technique. The change of the phase of the light waves is simulated,as well as the multilayer structure with high reflective film and the anti-reflection film are also simulated. Let the students contact theory analysis with software simulation analysis, which will improve teaching effect because it make students understand amplitude-splitting thin film interference specifically and figuratively. It also enables students to understand the spectral regulation ability of optical thin films and its widespread application in the productive practice,so as to improve students' interest in learning.
引文
[1] Pravakar P. Rajbhandari,Amin Emrani,Tara P. Dhakal,et al. Antireflection coatings designed by the average uniform algorithm for thin film solar cells[J]. Applied optics,2014,53(34):8006-8011.
[2] Konstantin V. Popov,J. A. Dobrowolski,Alexander V.Tikhonravov,and Brian T. Sullivan. Broadband high-reflection multilayer coatings at oblique angles of incidence[J]. Applied optics,1997,36(10):2139-2151.
[3]陈羽,彭勇宜,夏辉,欧阳方平.光在突变介质界面传输特性的FDTD方法研究[J].大学物理,2017,36(6):56-60.
[4] Wang Wen-liang,R Xiao-hong. Design of color filter based on dielectric thin film with nano-scale grating structure[J]. Optik,2016,127(4):1937-1939.
[5] Wang Wen-liang,R Xiao-hong.Design of sub-wavelength grating structure for filter regardless of polarization[J].Optik,2016,127(2):802-805.
[6]尚学府,吴慧,王亚伟.干涉的模拟-Virtual Lab虚拟光学仿真软件辅助光学教学[J].物理通报,2013,4:77-79.
[7]胡君辉,王修信,梁颖等.大学物理波动光学仿真演示实验的设计与实现[J].广西物理,2014,1:43-45.
[8]吕波.基于Matlab的光学衍射仿真[J].东华理工大学学报(自然科学版),2010,33(4):363-368.
[9]钟可君,张海林.基于Matlab GUI设计的光学实验仿真[J].实验室研究与探索,2010,29(10):52-53.
[10]曲伟娟.基于Matlab的光学实验仿真[D].西安:西北工业大学研究生院,2004.
[11]唐小村.基于Trace Pro的光学仿真实验教学[J].实验技术与管理,2013,30(1):94-96.
[12]曹卫军,赖康荣.基于Origin的波动光学实验仿真[J].大学物理,2015,34(1):49-49.
[13]白秀英.龚祖同在中国军用光学工业方面的开创性贡献[J].大学物理,2016,35(4):38-38.
[2] Konstantin V. Popov,J. A. Dobrowolski,Alexander V.Tikhonravov,and Brian T. Sullivan. Broadband high-reflection multilayer coatings at oblique angles of incidence[J]. Applied optics,1997,36(10):2139-2151.
[3]陈羽,彭勇宜,夏辉,欧阳方平.光在突变介质界面传输特性的FDTD方法研究[J].大学物理,2017,36(6):56-60.
[4] Wang Wen-liang,R Xiao-hong. Design of color filter based on dielectric thin film with nano-scale grating structure[J]. Optik,2016,127(4):1937-1939.
[5] Wang Wen-liang,R Xiao-hong.Design of sub-wavelength grating structure for filter regardless of polarization[J].Optik,2016,127(2):802-805.
[6]尚学府,吴慧,王亚伟.干涉的模拟-Virtual Lab虚拟光学仿真软件辅助光学教学[J].物理通报,2013,4:77-79.
[7]胡君辉,王修信,梁颖等.大学物理波动光学仿真演示实验的设计与实现[J].广西物理,2014,1:43-45.
[8]吕波.基于Matlab的光学衍射仿真[J].东华理工大学学报(自然科学版),2010,33(4):363-368.
[9]钟可君,张海林.基于Matlab GUI设计的光学实验仿真[J].实验室研究与探索,2010,29(10):52-53.
[10]曲伟娟.基于Matlab的光学实验仿真[D].西安:西北工业大学研究生院,2004.
[11]唐小村.基于Trace Pro的光学仿真实验教学[J].实验技术与管理,2013,30(1):94-96.
[12]曹卫军,赖康荣.基于Origin的波动光学实验仿真[J].大学物理,2015,34(1):49-49.
[13]白秀英.龚祖同在中国军用光学工业方面的开创性贡献[J].大学物理,2016,35(4):38-38.