01780nam a22002177a 450000500170000000800410001702200140005803700200007208200120009210000240010424500650012826000720019330000170026549000980028250500630038052010060044365000240144965000260147365000250149985600380152420231109101034.0231106b           ||||| |||| 00| 0 eng d  a0031-921X  bRIEBPL Library   a530.071  aYuan Zheng et al...  a Rainbows in Different Refractive Indicesb(Journal Article)  aWashington , DCbAmerican Association of Physics TeacherscMay 2023  a351–354 p.  a American Association of Physics Teachers ,American Institute of Physics, Volume 61, Number 5  a***______{For Hard Copy, Please visit Library.}________***  aAbstract-

The rainbow is a natural optical scattering and dispersion phenomenon that reveals the visible spectral composition of sunlight in the shape of an arc. People are instinctively attracted by its colorful appearance and curved shape. Hence, there are many serious studies about the rainbow with a long history.1 Recently, several simple experiments, adopting glass balls, acrylic spheres, spherical flasks, or sessile water drops, have been devised to demonstrate how the rainbow is formed.2–7 These works demonstrate the colors and shapes of the rainbow well and explain how the dispersive spectrum is produced by the refraction–reflection–refraction process. However, the influence of the refractive index is rarely illustrated. It is not difficult to see that the refractive index of raindrops and the atmosphere is closely related to the rainbow, especially the viewing angle of it. In this paper, we use spherical lenses with different materials and in different solutions to...


  aRainbows Refractive  a Different Refractive  a Refractive Indices   uhttps://doi.org/10.1119/5.0086915