The vector representing this property rotates proportional to the Verdet constant in the Faraday effect.
In ellipsometry, a key parameter is defined as the ratio of the amplitudes of two different forms of this property. Depending on the extent of this property, either Mueller or Jones calculus can be used to determine how this property transforms. This property can be described by set of four parameters denoted I, Q, U, and V; those are the Stokes vectors. The effect of optical elements that alter this property on intensity is described by Malus's (mah-LOOSE's) law. The vector representing this property rotates proportional to the Verdet constant in the Faraday effect. Light with one form of this property is completely transmitted at Brewster's angle. This property can be elliptical, circular, or linear. For 10 points, identify this property of a wave that describes the direction in which the electric field oscillates.
In ellipsometry, a key parameter is defined as the ratio of the amplitudes of two different forms of this property.
polarization [accept word forms; accept specific types until they are read] &lt;Rombro&gt;