Titlebook: Sensors and Microsystems; Proceedings of AISEM Girolamo Di Francia,Corrado Di Natale Conference proceedings 2023 The Editor(s) (if applicab

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Integrated Hybrid Glass-Plastic Chip for Sorting and Counting of Microparticles in Biomedical Applicopy techniques. The aim is to provide a Lab-on-Chip approach in applications where classification of microparticles is required, as well as morphological and volume studies. A complex colloidal mixture made of cell-resembling agarose microbeads suspended in aqueous medium was arranged to carry out m

abject

Integrating Machine Learning and Sensors for the Development of Organ-on-Chip Platforms for Medical on-chip (OOC) experiments. However, to exploit the full potential of this technology, the integration with sensors and the analysis of experimental data are also necessary. In this paper, some examples of how we can improve the OOC performances through the development of ad-hoc sensors and the appli

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Long Period Fiber Grating as Immunosensor: Picomolar Detection of Immunoglobulin Grder LP0,2 cladding mode (CM) near turn-around point (TAP) in water medium. A thermostated closed flow cell was designed for sensor characterization and immunoassay implementation. The sensor was characterized by surrounding refractive index (SRI) sensitivity within RI range from 1.333 to 1.3335 and

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A New Carbon Dots-Eu(III) Complex as Red Emitting pH-Sensorited states. We prepared C-dots from solid olive waste, and assembled them in a new CDs-Eu(III) complex, in aqueous solution. The new species is able to transduce the presence of protons into a dual optical signal working as H.-sensor in the 6–2 pH range.

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Assessing the Effect of NO2 Pollution on Solar Irradiancein a decrease of photovoltaic plants energy yield. In this paper a theoretical model is proposed to evaluate the effect of air pollutants on solar irradiance using data measured at ground level. The model has been applied to the case of NO. pollution in Acerra, a small town near Naples (Italy) where

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Evaporation Condensation Growth of One-Dimensional Metal Oxide at SENSOR Lab in Brescia for Chemicalable advantages. Especially, MOX nanowires (NWs) show physicochemical properties that allow them to overcome the drawbacks of traditional thick and thin film-based gas sensors such as low sensitivity and signal drifting due to the grain coalescence. As a result, nanosized 1D MOX are considered one o

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