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Gradient-Index Polymer Materials and Application to Optical Devices
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One of advantages of polymer GRIN is to obtain large dimensional GRIN, compared with glass materials. In the case of a radial-GRIN, we have succeeded in preparing a GRIN rod with 20-mm diameter. In the case of an axial-GRIN, the maximum depth of GRIN is 40 mm with Δn=0.05. The other advantage is that many geometric GRIN devices, such as spherical GRIN lens or steric GRIN wavequides, are easily prepared by new technologies presented in this paper.
Optica Publishing Group
Title: Gradient-Index Polymer Materials and Application to Optical Devices
Description:
One of advantages of polymer GRIN is to obtain large dimensional GRIN, compared with glass materials.
In the case of a radial-GRIN, we have succeeded in preparing a GRIN rod with 20-mm diameter.
In the case of an axial-GRIN, the maximum depth of GRIN is 40 mm with Δn=0.
05.
The other advantage is that many geometric GRIN devices, such as spherical GRIN lens or steric GRIN wavequides, are easily prepared by new technologies presented in this paper.
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