Optimal optical parameters of the beam splitter that is used in the division-of-amplitude photopolarimeter are determined. These are (1) 50%–50% split ratio of the all-dielectric beam splitter, (2) differential phase shifts in reflection and transmission Δr and Δt that differ by ±π/2, and (3) ellipsometric parameters (ψr, ψt)= (27.368°, 62.632°) or (62.632°, 27.368°). It is also shown that for any nonabsorbing beam splitter that splits incident unpolarized light equally, the relationship ψr+ψt=π/2 is always satisfied
A division-of-amplitude photopolarimeter based on conical grating diffraction includes a diffraction...
A pair of light beams that have orthogonal polarizations and equal intensity can be generated throu...
A polarizing beam splitter is described that is optimised not for the maximum possible extinction r...
Optimal optical parameters of the beam splitter that is used in the division-of-amplitude photopolar...
A design procedure is presented for a near-optimal, single-layer-coated prism beam splitter that ser...
A division-of-amplitude photopolarimeter that uses a parallel-slab multiple-reflection beam splitter...
A dielectric-slab polarizing beam splitter (PBS) is described that generates two parallel beams of o...
A new photopolarimeter that employs polarization-dependent conical diffraction of light by a metalli...
Optical beamsplitters often consist of repeated pairs of high and low index quarter-wave layers. At ...
A division-of-amplitude photopolarimeter (DOAP) is described that employs a diffraction grating in t...
A method for the design of an all-dielectric nonpolarizing prism beam splitter utilizing the princip...
The four-detector photopolarimeter (FDP) is analyzed for an arbitrary spatial configuration and any ...
The performance of broadband polarizing beam splitters(PBSs) is sensitive to the incident angle.By t...
The analytical expression of the phase profile of the optimum diffractive beam splitter with an arbi...
A division-of-amplitude photopolarimeter based on conical grating diffraction includes a diffraction...
A pair of light beams that have orthogonal polarizations and equal intensity can be generated throu...
A polarizing beam splitter is described that is optimised not for the maximum possible extinction r...
Optimal optical parameters of the beam splitter that is used in the division-of-amplitude photopolar...
A design procedure is presented for a near-optimal, single-layer-coated prism beam splitter that ser...
A division-of-amplitude photopolarimeter that uses a parallel-slab multiple-reflection beam splitter...
A dielectric-slab polarizing beam splitter (PBS) is described that generates two parallel beams of o...
A new photopolarimeter that employs polarization-dependent conical diffraction of light by a metalli...
Optical beamsplitters often consist of repeated pairs of high and low index quarter-wave layers. At ...
A division-of-amplitude photopolarimeter (DOAP) is described that employs a diffraction grating in t...
A method for the design of an all-dielectric nonpolarizing prism beam splitter utilizing the princip...
The four-detector photopolarimeter (FDP) is analyzed for an arbitrary spatial configuration and any ...
The performance of broadband polarizing beam splitters(PBSs) is sensitive to the incident angle.By t...
The analytical expression of the phase profile of the optimum diffractive beam splitter with an arbi...
A division-of-amplitude photopolarimeter based on conical grating diffraction includes a diffraction...
A pair of light beams that have orthogonal polarizations and equal intensity can be generated throu...
A polarizing beam splitter is described that is optimised not for the maximum possible extinction r...