摘要
The question about properties of liquid fillers for liquid lenses under actions of magnetic field and ultraviolet waves are investigated. The liquid model system such as glycerol is used. The coefficients transmission and coefficients of temperatures increasing are experimentally determined. It is shown that the presence of constant magnetic field and UV-waves stabiliz formation of a wall layer. So the vibrational and rotary motions of molecules and its clusters are stabilized in liquid fillers. It is assumed that the chromatic aberration can be associated with the formation and redistribution of particles in the surface layer at the interface between the solid and liquid phases.
