摘要
文章介绍了物理实验中干涉条纹的计算机采集和计算机图像处理的过程,实现了干涉条纹的二值化、细 化、插值等过程。在大学物理实验中采用这些新技术,极大的方便了实验教学,增加了物理实验的直观性、先进性。
This paper describes the means of collecting the interference fringes and of processing them by using computers in physical experiments, which realizes the processes such as binary images, thinning and interpolation. The authors have had their laboratory courses greatly facilitated by these new techniques, with the experiments and demonstrations made more visual to the students.
