摘要
为了获得明亮清晰、绚丽多彩而逼真的原子光谱图像,依据原子光谱线的波长及其RGB颜色代码,仿真氢、氦、钠、汞及镉原子的可见发射光栅光谱及棱镜光谱,以日光为连续谱光源,仿真这些原子的可见吸收光栅光谱及棱镜光谱.结果表明:仿真的图像色彩丰富而逼真,能直接投影于多媒体屏幕上,可应用于辅助教学等领域.
In order to obtain the bright and clear,colorful and realistic image of atomic spectrum,on the basis of wavelength of spec-tral line and its RGB color code,the visible emission grating and prism spectrum of hydrogen,helium,sodium,mercury and cadmium at-oms were simulated,by using sunlight as the continuous spectrum light source,these atomic absorption grating and prism spectrum were simulated. The results showed that,the color of simulation image is rich and vivid,which can be applied to the field of auxiliary teaching etc.
出处
《柳州师专学报》
2014年第4期137-140,共4页
Journal of Liuzhou Teachers College
基金
柳州师范高等专科学校科研基金项目"复色光基础光学实验的计算机仿真研究"(LSZ2013A002)
广西高等教育教学改革工程项目"高职工科专业文理兼招学生人才培养模式的研究与实践"(2013JGA294)
关键词
原子
发射光谱
吸收光谱
仿真
atomic
emission spectrum
absorption spectrum
simulation
