Beam splitters are optical devices that divide an incident light beam into transmitted and reflected components. The most common types are cube beam splitters and plate beam splitters . Cube beam splitters are made by cementing two triangular prisms together, while plate beam splitters are thin glass plates with a reflective coating on one surface . The "beam splitter line" could refer to the interface where reflection occurs or the path separation between transmitted and reflected beams.
For plate beam splitters at a 45° angle of incidence, the transmitted beam is slightly displaced from the incident beam. The displacement depends on the thickness of the glass and its refractive index. For example, a 1 cm thick glass plate with a refractive index of 1.5 produces a lateral beam shift of approximately 0.414 cm . This is often the closest measurable quantity to a "beam splitter line" in centimeters.
The beam splitter line in centimeters is not a fixed value; it varies with the type, thickness, and design of the splitter. For practical purposes:
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