Rayleigh scattering

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13(2), April 2016
Recreational Science
pp. 505-510
Published: 01-04-2016

Authors

Abstract

Light changesits path and the polarization state if it interacts with a medium whose particles are much smallerthanits wavelength. The phenomenon is most intense for colors of shorter wavelength. Consequently, for whitelight, the colors of the blue-violet region of the spectrum are most affected. In this article we presentseveralexperiments related to the polarization state of dispersed light through colloidal media.

Keywords

Colloid Google Schoolar
Scattering Google Schoolar
Wavelength Google Schoolar
Polarization Google Schoolar

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How to Cite

Mazo Vivar, A. del. (2016). Rayleigh scattering. Revista Eureka Sobre Enseñanza Y Divulgación De Las Ciencias, 13(2), pp. 505–510. Retrieved from https://revistas.uca.es/index.php/eureka/article/view/2982

Author Biography

Alejandro del Mazo Vivar

Profesor de Física y Química en el IES Francisco Salinas (Salamanca)

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