基于Tracepro的周视瞄准系统虚拟仿真  

Virtual simulation of panoramic aiming system based on TracePro software

作　　者：徐海斌[1] 顾菊观[1] XU Hai-bin;GU Ju-guan(School of Science,Huzhou Normal University,Huzhou,Zhejiang 313000,China)

机构地区：[1]湖州师范学院理学院,浙江湖州313000

出　　处：《大学物理》2021年第10期40-44,72,共6页College Physics

摘　　要：为了提升工程光学中棱镜、透镜转像功能知识的教学质量,本文利用Tracepro光学设计软件,对周视瞄准光学系统进行建模,实现了等腰直角棱镜和道威棱镜联合转动下图像的追踪,对图像在光学系统中传递的各个位置进行了观察,所获得图像与理论结果一致.该虚拟仿真实验可以加深学生对棱镜、透镜转像功能及周视瞄准系统光学结构和工作原理的认识,提升课堂教学质量和效率,激发对光学系统设计研究的兴趣.光学虚拟仿真的广泛开展可以为丰富光学类课程线上线下教学提供有益的补充.In order to improve the teaching quality of image conversion function of prism and lens in engineering optics,the model of panoramic aiming system is built by using TracePro software.The changes of the image at various locations are clearly observed under combined rotation of isosceles right angle prism and Daowei prism.The virtual simulation results are consistent with the theory in textbooks.It can deepen students understanding of image conversion function of prism and lens,and enable them to master the optical structure and the principle of panoramic aiming system so as to improve the teaching quality and classroom efficiency,and to stimulate students interest in optical system design and research.The extensive development of optical virtual simulation should provide a useful supplement for enriching the online and offline teaching of optical courses.

关 键 词：周视瞄准系统 虚拟仿真 TRACEPRO 

分 类 号：O435.1[机械工程—光学工程] O4-39[理学—光学]