birefringence

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bi·re·frin·gence

 (bī′rĭ-frĭn′jəns)
n.
The resolution or splitting of a light wave into two unequally reflected or transmitted waves by an optically anisotropic medium such as calcite or quartz. Also called double refraction.

bi′re·frin′gent adj.

birefringence

(ˌbaɪrɪˈfrɪndʒəns)
n
(General Physics) another name for double refraction
ˌbireˈfringent adj

dou′ble refrac′tion


n.
the separation of a ray of light into two unequally refracted, plane-polarized rays of orthogonal polarizations, occurring in crystals in which the velocity of light rays is not the same in all directions. Also called birefringence.
[1870–75]

birefringence

double refraction; the separation of light into two unequally refracted, polarized rays, as by some crystals. — birefringent, adj.
See also: Light
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.birefringence - splitting a ray into two parallel rays polarized perpendicularlybirefringence - splitting a ray into two parallel rays polarized perpendicularly
refraction - the change in direction of a propagating wave (light or sound) when passing from one medium to another
References in periodicals archive ?
For the 244 samples recorded hourly for year 2006, the maximum and minimum ordinary wave frequency are 9.
The analysis shows that in this case the amplitude and phase fluctuations of the field components of the ordinary wave are less than those of the extraordinary wave.
The extraordinary wave demonstrates much faster increase of Lc with temperature than that of an ordinary wave.