Publications by authors named "Vladimir G Goffman"
Article Synopsis
- The multisensor concept provides a fast and reliable way to assess gases and odors by mimicking biological detection systems through pattern recognition.
- The study details the development of a sensor array using metal oxide nanostructures, specifically growing various oxides (Co, Ni, Mn, and Zn) on a chip to create chemiresistive films.
- Results indicate that these nanostructures, particularly ZnO, enhance the sensor's performance, allowing detection of alcohol vapors at very low concentrations due to their high-sensitivity signals.
Electrical conduction and oxygen diffusion mobility in the bixbyite ( Ia3̅) and rhombohedral ( R3̅) polymorphs of the LnMoO (Ln = Er, Tm, Yb; Δ = δ, δ1, δ2; δ1 > δ2) heavy lanthanide molybdates, belonging to new, previously unexplored classes of potential mixed (ionic-electronic) conductors, have been studied in the range of 200-900 °C. The oxygen self-diffusion coefficient in bixbyite ( Ia3̅) YbMoO phase estimated by the temperature-programmed heteroexchange with CO was shown to be much higher than that for rhombohedral ( R3̅) RI (with large oxygen deficiency) and ( R3̅) RII (with small oxygen deficiency) LnMoO (Ln = Tm, Yb; Δ = δ1; δ1 > δ2) oxides. According to the activation energy for total conduction in ambient air, 0.
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