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In this paper, we present the design, fabrication, and testing of a new micromachined fiber optic sensor probe to conduct oblique incidence diffuse reflectance spectrometry (OIDRS) for invivo estimation of optical properties of human skins. The probe consists of three source fibers, two linear array of collection fibers, and four micromachined positioning devices for accurate alignment of the fibers...
We present the design, fabrication and in-vivo testing of a new micromachined probe for skin cancer detection based on oblique incidence reflectometry (OIR). The device miniaturization and fabrication precision provided by micromachining ensure reliable and repeatable high performance of the probe. The developed probe has been tested in a pre-clinical condition. An overall sensitivity of 100% and...
We present the experimental characterization of micromachined electromagnetic probe using scanning Hall probe microscopy. The tested electromagnetic probe consists of a protruding sharp Permalloy needle embedded into a three-dimensional gold conducting coil, which is fabricated with a simple and straightforward micromachining process. By using a scanning Hall probe microscope, a comprehensive high-spatial...
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