In isotropic solids the two transverse waves will be degenerate, as they will be traveling along elastically identical crystallographic planes.
2.
Relative to crystalline lasers, they offer improved flexibility in size and shape and may be readily manufactured as large, homogeneous, isotropic solids with excellent optical properties.
3.
In non-isotropic solids the two transverse waves will be distinguishable from one another, but not distinguishable as being horizontally or vertically polarized without a deeper understanding of the material being studied.
4.
In isotropic solids these waves cause the surface particles to move in ellipses in planes normal to the surface and parallel to the direction of propagation & ndash; the major axis of the ellipse is vertical.
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