Treffer 1 - 3 von 3 für Suche 'Rapagnani, Nicholas', Suchdauer: 0,29s Treffer weiter einschränken
  1. 1
    Application of Stone-Derived Substrates in Thin-Film Temperature Sensing

    Application of Stone-Derived Substrates in Thin-Film Temperature Sensing von Saeedzadeh Khaanghah, Niloofar, Oliveira, Hugo de Souza, Krik, Soufiane, Carrasco-Pena, Alejandro, Cantarella, Giuseppe, Haller, Michael, Rapagnani, Nicholas, Bezooijen, Aart van, Nippa, Michael, Munzenrieder, Niko

    Veröffentlicht in IEEE sensors journal

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  2. 2
    Suitability of plant fiber residue-based paper as substrates for sustainable thin-film thermistors

    Suitability of plant fiber residue-based paper as substrates for sustainable thin-film thermistors von Nijkoops, Annelot, Bhatt, Deepa, Carrasco-Pena, Alejandro, Husain, Qazi Zahid, Rapagnani, Nicholas, van Bezooijen, Aart, Cohen, Nitzan, Cantarella, Giuseppe, Münzenrieder, Niko

    Veröffentlicht in MRS advances

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  3. 3
    Suitability of plant fiber residue-based paper as substrates for sustainable thin-film thermistors: Suitability of plant fiber residue

    Suitability of plant fiber residue-based paper as substrates for sustainable thin-film thermistors: Suitability of plant fiber residue von Nijkoops, Annelot, Bhatt, Deepa, Carrasco-Pena, Alejandro, Husain, Qazi Zahid, Rapagnani, Nicholas, van Bezooijen, Aart, Cohen, Nitzan, Cantarella, Giuseppe, Münzenrieder, Niko

    Veröffentlicht in MRS advances

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