We report on novel gas sensing devices based on cupric oxide (CuO) nanowires which are
synthesized on-chip by thermal oxidation of electroplated copper microstructures. This …

In this paper we report on a new approach for the fabrication of ultra-long single crystalline
SnO 2 -nanowires for gas sensing applications based on a combined spray pyrolysis and …

We report on the fabrication of polymer light-emitting diodes (PLEDs) and light-emitting
electrochemical cells (LECs) in planar surface cell geometry (anode as well as the cathode are …

A new gas sensor based on ultrathin SnO 2 -films with high sensitivity for humidity and
carbon monoxide has been developed. The SnO 2 -sensing films are fabricated by a spray …

The ppb level detection of the toxic gas H 2 S is of great importance for industrial and safety
applications. We report on CuO nanowire gas sensors, which are capable to detect H 2 S …

Integration of thin tin oxide film formation into CMOS technology is a fundamental step to
realize sensitive smart gas sensor devices. Spray pyrolysis is a deposition technique which has …

The deposition of a thin tin oxide film allows for the manufacture of modern gas sensors.
Spray pyrolysis deposition is used to grow the required thin films, as it can be seamlessly …

Colloidal nanocrystals from PbS are successfully applied in highly sensitive infrared
photodetectors with various device architectures. Here, we demonstrate all-printed devices with …

Cupric oxide (CuO) nanowires were produced by thermal oxidation of copper surfaces at
temperatures up to 450 C. Three different surfaces, namely a copper foil as well as evaporation …

We report on conductometric gas sensors based on single CuO nanowires and compare the
carbon monoxide (CO) sensing properties of pristine as well as Pd nanoparticle decorated …