label: url

en: Broadband Ag/SiO2/Fe/TiO2 ultrathin planar absorber with a wide acceptance angle from visible to near-infrared regions

en: Optical Materials Express

ja: Optical Materials Express


en: Investigation of V/III ratio dependencies for optimizing AlN growth during reduced parasitic reaction in metalorganic vapor phase epitaxy.

en: Scientific Reports

ja: Scientific Reports


en: High growth temperature for AlN by jet stream gas flow metalorganic vapor phase epitaxy.


en: Ultra-thin deep ultraviolet perfect absorber using an Al/TiO2/AlN system

en: Optics Express

ja: Optics Express


en: Reduction of parasitic reaction in high temperature AlN growth by jet stream gas flow metal organic vapor phase epitaxy


en: Numerical finite difference time domain calculation for extreme enhancement of magneto optical effect at ultraviolet wavelength using Ni subwavelength grating on SiO2/Ni structure

en: Optical Review

ja: Optical Review


en: Design of AlN-subwavelength grating for deep ultraviolet wavelength reflector operating at 244 nm of wavelength

en: Proceedings of SPIE

ja: Proceedings of SPIE


en: Highly reflective visible color filter based on a double layer TiO2 subwavelength structure


en: Optical detection for magnetic field using Ni-subwavelength grating on SiO2/thin-film Ag/glass structure

en: An optical sensor for magnetic field detection using Ni-subwavelength grating (SWG) on SiO/Ag-thin-film/glass substrates was experimentally developed on the basis of the re-radiation condition of surface-plasmon-polaritons (SPPs) at Ag surfaces. The fabricated sample showed two dips in the reflection spectra associated with SPP excitation, and the optical response exhibited good agreement with that simulated by the finite-difference time-domain method. The reflectivity at one of the dip wavelengths varied minimally with the application of the magnetic field, whereas that at the other dip wavelength significantly decreased owing to the large electric field overlap of SPP with the magnetized Ni-SWG. As a result, a magnetic field on the order of a few mT could be detected with a simple normal-incidence optical system.


en: Magnetically tunable visible reflectivity utilizing the electron accumulation in indium-tin-oxide waveguide layer with subwavelength grating


en: GaN-Based High-Contrast Grating for Refractive Index Sensor Operating BlueViolet Wavelength Region

en: Sensors

ja: Sensors


en: Ni subwavelength grating/SiO2/Ag based optical magnetic field sensor with normal incident geometry


en: Dual-wavelengths filter operating at visible wavelength region using subwavelength grating on waveguide structure


en: Highly Sensitive Refractive Index Sensor Using Dual Resonance in Subwavelength Grating/Waveguide With Normally Incident Optical Geometry

en: IEEE Sensors Journal

ja: IEEE Sensors Journal


en: Optical magnetic field sensor based on guided mode resonance with Ni subwavelength grating/ waveguide structure


en: Highly sensitive magnetic field sensor with normal-incidence geometry using Ni-based bilayer subwavelength periodic structure operating in visible-wavelength region

en: Japanese Journal of Applied Physics

ja: Japanese Journal of Applied Physics


en: High-sensitivity refractive index sensor with normal incident geometry using a subwavelength grating operating near the ultraviolet wavelength

en: Sensors and Actuators B: Chemical

ja: Sensors and Actuators B: Chemical


en: Ultraviolet polarizer with a Ge subwavelength grating

en: Applied Optics

ja: Applied Optics


en: Theoretical investigation of polarization control in ultraviolet wavelength region using eigenmode within subwavelength grating

en: Optical Review


en: Highly polarized emission from a GaN-based ultraviolet light-emitting diode using a Si-subwavelength grating on a SiO2 underlayer

en: Optics Communications

ja: Optics Communications


en: Influence of low-contrast subwavelength grating shape on polarization characteristics of GaN-based light-emitting diode emissions

en: Optical Engineering

ja: Optical Engineering


en: Polarized emission characteristics of UV-LED with subwavelength grating