Andere Kunden interessierten sich auch für
![Nanoparticelle di SnO2 drogate con Sn02 e Al sintetizzate mediante processo Sol-Gel]( "Nanoparticelle di SnO2 drogate con Sn02 e Al sintetizzate mediante processo Sol-Gel")
Nanoparticelle di SnO2 drogate con Sn02 e Al sintetizzate mediante processo Sol-Gel29,99 €![Nanopartículas de SnO2 dopadas com Sn02 e Al sintetizadas pelo processo Sol-Gel]( "Nanopartículas de SnO2 dopadas com Sn02 e Al sintetizadas pelo processo Sol-Gel")
Nanopartículas de SnO2 dopadas com Sn02 e Al sintetizadas pelo processo Sol-Gel29,99 €![Sn02- und Al-dotierte SnO2-Nanopartikel, die im Sol-Gel-Verfahren synthetisiert wurden]( "Sn02- und Al-dotierte SnO2-Nanopartikel, die im Sol-Gel-Verfahren synthetisiert wurden")
Sn02- und Al-dotierte SnO2-Nanopartikel, die im Sol-Gel-Verfahren synthetisiert wurden43,90 €![Nanoparticules Sn02 et SnO2 dopées à l'Al synthétisées par le procédé Sol-Gel]( "Nanoparticules Sn02 et SnO2 dopées à l'Al synthétisées par le procédé Sol-Gel")
Nanoparticules Sn02 et SnO2 dopées à l'Al synthétisées par le procédé Sol-Gel29,99 €![Luminescent sol-gel PbS nanoparticles in silica glass]( "Luminescent sol-gel PbS nanoparticles in silica glass")
Luminescent sol-gel PbS nanoparticles in silica glass38,99 €![Annealing Effect on characteristics of Sol-Gel Deposited CdO Thin Film]( "Annealing Effect on characteristics of Sol-Gel Deposited CdO Thin Film")
Annealing Effect on characteristics of Sol-Gel Deposited CdO Thin Film36,99 €![Nanochasticy Sn02 i SnO2, legirowannye Al, sintezirowannye metodom zol'-gel']( "Nanochasticy Sn02 i SnO2, legirowannye Al, sintezirowannye metodom zol'-gel'")
Nanochasticy Sn02 i SnO2, legirowannye Al, sintezirowannye metodom zol'-gel'13,99 €
Metal oxides, such as ZnO, CdO, SnO2, and Al2O3, have been a subject of research interest for decades due to their unique properties. SnO2 is an active material in device fabrication, and its properties can be improved by adding dopants, such as Tb3+, Eu3+, Mn2+, and Al3+. This study focused on the addition of aluminum, as it has a similar ionic radius to tin and is abundant on Earth. The researchers examined the structural, optical, thermal, and electrical properties of pure and Al-doped SnO2 nanoparticles, with doping concentrations ranging from 0.2 wt% to 4.0 wt%. Adding dopants decreased the crystallite size and affected the band structure, which in turn impacted the electrical and dielectric properties. The electrical properties of the Al-doped SnO2 nanoparticles could be fine-tuned for use in capacitor industries. The researchers also discovered that undoped SnO2 had the highest conductivity, while Al-doping reduced the dielectric constant and dielectric loss values in a specific frequency range, making it suitable for certain device applications. Overall, this study provides valuable insights into the properties of SnO2 and how they can be tailored for specific applications.