Abstract
The aim of the study is to study light scattering, one of the optical properties of dispersed media. A number of optical methods for determining the size, shape and concentration of colloidal particles and macromolecules are based on the Tyndall effect. A ray of light passing through a colloidal solution is visible as a result of scattering, this type of scattering is called opalescence. Scientific discovery new data on optical effects occurring on magnetic colloids under the influence of magnetic and hydrodynamic fields have been obtained. To create neutral light filters controlled by a magnetic field, it is possible to use established diffraction scattering models with a small angle. The article defines the correspondence and errors of the J.W. Rayleigh or Clausius equations of light scattering intensity for a collide sulfur solution obtained experimentally to solve the problem.
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