摘要
本虚拟仿真实验可实现反光镜、牛顿环位置、半反镜、焦距、目镜十字叉丝、测微鼓轮等的独立调节,而且牛顿环图像部分可以实现位置、亮度、对比度、清晰度的同步变化。此外,读数显微镜的微调精度和真实仪器相同,设置速度选择按钮来提高测量效率,凸显了虚拟仿真的特色和优势,在教学中获得了积极的效果。
Our virtual simulation experiment realizes independent adjustment of reflector,Newton＇s rings position, half transmission mirror, focal length,cross fork and micrometer eyepiece dram. In addition,the location,brightness, contrast,sharpness and clarity of images can also be modified synchronously. What＇s more,the fine-tuning precision of reading microscope is the same with real instruments and a speed selection button is installed to improve efficiency. This design highlights the advantages and characters of virtual simulation which obtained positive effects in class.
作者
陈建勇
CHEN Jian-yong(Faculty of Science,Guilin University of Aerospace Technology,Guilin,Guangxi 541004,China)
出处
《教育教学论坛》
2017年第34期279-280,共2页
Education And Teaching Forum
基金
桂林航天工业学院校级教学改革研究项目"基于LabVIEW的大学物理仿真实验建设[2016JB07]"
广西高等教育本科教学改革工程项目[2016JGA424]资助
