Publication | Open Access
Note: Three-dimensional stereolithography for millimeter wave and terahertz applications
42
Citations
14
References
2012
Year
Thz PhotonicsTerahertz TechnologyEngineeringMechanical EngineeringThree-dimensional StereolithographyTerahertz PhotonicsElectromagnetic CompatibilityMetal-coated PolymersComputational ElectromagneticsMaterials ScienceDesign CapabilitiesAntennaMicrowave AntennaTerahertz NetworkMillimeter Wave TechnologyMicrowave Engineering3D PrintingApplied PhysicsMillimeter WaveComplex ShapesTerahertz Applications
Metal-coated polymers shaped by 3D stereolithography are introduced as a new manufacturing method for passive components for millimeter to terahertz electromagnetic waves. This concept offers increased design capabilities and flexibilities while shortening the manufacturing process of complex shapes, e.g., corrugated horns, mirrors, etc. Tests at 92.5, 140, and 170 GHz are reported.
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