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Phosphonate gas sensors

Performance Requirements and Mechanistic Analysis of Organic Transistor-Based Phosphonate Gas Sensors... [Pg.213]

The growing of monodispersed RUO2 nanoparticles was achieved thanks to phosphonate groups contained within ordered mesoporous silicas. The use of mesoporous nanomaterials containing RUO2 nanoparticles (Ru02 Si02 nanomaterials) as catalytic filters for gas sensors, as well as after deposition as on-chip ... [Pg.320]

See other pages where Phosphonate gas sensors is mentioned: [Pg.215] [Pg.217] [Pg.219] [Pg.221] [Pg.223] [Pg.225] [Pg.227] [Pg.229] [Pg.231] [Pg.233] [Pg.235] [Pg.237] [Pg.239] [Pg.241] [Pg.243] [Pg.215] [Pg.217] [Pg.219] [Pg.221] [Pg.223] [Pg.225] [Pg.227] [Pg.229] [Pg.231] [Pg.233] [Pg.235] [Pg.237] [Pg.239] [Pg.241] [Pg.243] [Pg.149] [Pg.360] [Pg.413] [Pg.479] [Pg.718] [Pg.251] [Pg.6542] [Pg.150] [Pg.152] [Pg.1338] [Pg.220] [Pg.176] [Pg.6]