1,721,181 research outputs found
2° TOPICAL MEETING OF THE EUROPEAN OPTICAL SOCIETY: Optical Microsystems 2007.
No full textOptics in Avionics Plasmonics Photonic crystals and metamaterials Optical microsystems and microsensors Optofluidic microsystems and devices Nonlinear optic devices New characterisation methods for materials and devices Applications of optical system
Quantitative analysis of capillary condensation in fractal-like porous silicon nano structures
No full text4° TOPICAL MEETING OF THE EUROPEAN OPTICAL SOCIETY: Optical Microsystems 2011.
No full textOptics in Avionics Plasmonics Photonic crystals and metamaterials Optical microsystems and microsensors Optofluidic microsystems and devices Nonlinear optic devices New characterisation methods for materials and devices Applications of optical system
1° TOPICAL MEETING OF THE EUROPEAN OPTICAL SOCIETY: Optical Microsystems 2005
No full textOptics in Avionics
Plasmonics Photonic crystals and metamaterials
Optical microsystems and microsensors
Optofluidic microsystems and devices
Nonlinear optic devices
New characterisation methods for materials and devices
Applications of optical system
3° TOPICAL MEETING OF THE EUROPEAN OPTICAL SOCIETY: Optical Microsystems 2009.
No full textOptics in Avionics Plasmonics Photonic crystals and metamaterials Optical microsystems and microsensors Optofluidic microsystems and devices Nonlinear optic devices New characterisation methods for materials and devices Applications of optical system
DIRECT NEAR FIELD ANTENNA TESTING AND FAULT DIAGNOSIS BY A SILICON-PROBE-BASED OPTICAL SENSING TECHNIQUE
No full text
Tunable T-shaped waveguide in two dimensional photonic crystals based on liquid crystals
No full text
A Photonic Probe for Antenna Measurements
No full textThe paper describes the design and the numerical analysis of a new dielectric probe (DP) for non-invasive near field antenna measurements. The probe consists of a Lithium Niobate (LiNb03) substrate with a Mach-Zehnder (MZ) interferometer in push-pull (PP) configuration integrated in, and an optimized short dipole antenna printed on its surface. The strong electro-optic effect of LiNb03, in combination with the PP behaviour of the MZ interferometer, allows the amplitude modulation of an optical carrier by the external electric field incident on the probe. Moreover, the short dipole antenna guarantees effective selectivity towards the incident field polarization. The numerical analysis estimates a nearly flat frequency response in the band [1-10] GHz and a minimum detectable signal of a 8.8 mV/m √Hz
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