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    pubblicazioni - Articolo

    A Smoothed Particle Hydrodynamics model for 3D solid body transport in free surface flows

    Tag correlate

    #Affidabilità e Asset Management #Monitoraggio e Controllo #Rete Elettrica

    pubblicazioni - Articolo

    A Smoothed Particle Hydrodynamics model for 3D solid body transport in free surface flows

    In this work an innovative, miniaturized and low cost optical chemical sensor(POF-MIP platform), based on a molecular imprinted polymer (MIP) and surface plasmonresonance in a plastic optical fiber (POF), is presented and preliminarily tested for monitoringof furfural (furan-2-carbaldehyde) in transformer oil.

    In this work an innovative, miniaturized and low cost optical chemical sensor(POF-MIP platform), based on a molecular imprinted polymer (MIP) and surface plasmonresonance in a plastic optical fiber (POF), is presented and preliminarily tested for monitoringof furfural (furan-2-carbaldehyde) in transformer oil. To this end, the optical platform wascoupled to an MIP layer, highly selective for furfural.

    The ability of the developed sensor todirectly detect furfural in the insulating oil was investigated. The detection limit of the sensorhas been found to be 9 ppb, with a linear response up to about 30 ppb. However there is asensible response up to 0.15 ppm. Because of the small linearity range, the Hill equation issuggested for the quantification. The sensor has been effectively tested in real oil samplescollected from aged electrical equipment removed from service.

    The assessed concentrationof furfural is in good agreement with that evaluated by a high pressure liquidchromatography (HLPC) method, confirming the good selectivity of the proposed sensor.

    Rif.RSE​

    15002578

    Destinazione​

    Sensors doi:10.3390/s150408499, ISSN 1424-8220, pp. 8499-8511, 2015

    Data Pubblicazione

    31 Dicembre 2015

    Autori​

    L. De Maria, L. Zeni "Università di Napoli", N. Cennamo "Università di Napoli", G. D’Agostino "Università di Pavia", M. Pesavento "Università di Pavia"

    Tipo Pubblicazione

    Articolo

    Progetti

    Gestione, monitoraggio e controllo della rete di trasmissione (MON4-GRID 2015)

    Tag correlate

    #Affidabilità e Asset Management #Monitoraggio e Controllo #Rete Elettrica

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