F Zhang
Abstract
Based on the theoretical analysis of two elliptically polarized light fields, the features of two elliptically polarized light fields which orthogonalized each other (levorotation and dextroroyation) and a circular polarization and a linear polarization light field are disused. Polarization method for moving interference fringes is introduced.
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Based on the theoretical analysis of two elliptically polarized light fields, the features of two elliptically polarized light fields which orthogonalized each other (levorotation and dextroroyation) and a circular polarization and a linear polarization light field are disused. Polarization method for moving interference fringes is introduced.
Key concepts: Elliptical polarization, Polarization (electrochemistry), Optics, Circular polarization, Linear polarization, Physics, Interference (communication), Light field