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Triplers working from 220 GHz to 330 GHz, 330 GHz to 510 GHz using Spin-on-dielectric Temperature Enhanced Reflow Technology are successful designed. Details of the design methodology for the integrated full band triplers on the quartz substrate are discussed.
Combining the advanced silicon etch system (ASETM) with electron beam lithography (EBL), we utilize the silicon sidewall scallops to fabricate 3D nano-fence matrixes for nanofluidic channels. We acquire the scallop size and the effective range of nano mask width for the formation of nano-fences under a fixed etch recipe. We then realize the controllability of fabricating silicon fences by simply varying...
In this paper, we have demonstrated that a three-dimensional (3-D) miniaturized rectangular cavity resonator (MRCR) with simultaneously shorten electric length and electric width can be designed, fabricated and tested through extending the analysis of the metamaterial-based cavity resonator to the 3-D case. Resonance equation solutions of a rectangular cavity resonator filled with anisotropic metamaterials...
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