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Kristalni kositrov oksid: nastanek in uporaba
ID Jagodič, Petra (Author), ID Podgornik, Aleš (Mentor) More about this mentor... This link opens in a new window

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Abstract
Kristalni kositrov oksid je polprevodnik, ki ima zaradi svojih izjemnih lastnosti velik potencial za različne aplikacije. Občutljivost kositrovega oksida na pline dobro izkoriščajo v senzorjih za pline. V senzorjih uporabljajo praškast SnO2 v obliki filmov ali pa enodimenzionalne nanostrukture SnO2, katerih odziv je hitrejši zaradi velikega razmerja med površino in prostornino. Kositrov oksid uporabljajo tudi v litijevih akumulatorjih, kjer nadomešča standardni anodni material, grafit, zaradi njegove večje teoretične specifične zmogljivosti. V perovskitnih sončnih celicah pa ima kositrov oksid vlogo elektronskega transportnega sloja. Zamenjal je TiO2, zaradi cenejšega in kratkotrajnejšega postopka izdelave pri nižji temperaturi.

Language:Slovenian
Keywords:SnO2 nanožice, senzor za plin, VLS mehanizem, polnilna baterija, elektrodepozicija, perovskitne sončne celice
Work type:Bachelor thesis/paper
Typology:2.11 - Undergraduate Thesis
Organization:FKKT - Faculty of Chemistry and Chemical Technology
Year:2019
PID:20.500.12556/RUL-109681 This link opens in a new window
COBISS.SI-ID:1538337475 This link opens in a new window
Publication date in RUL:06.09.2019
Views:2229
Downloads:223
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Secondary language

Language:English
Title:Crystalline tin oxide: growth and use
Abstract:
Crystalline tin oxide is a semiconductor that has a great potential for various applications due to its outstanding properties. The gas-sensitive properties of tin oxide are well utilized in gas sensors. The sensors use SnO2 powder in the form of films or one-dimensional SnO2 nanostructures whose response is faster due to the large surface-to-volume ratio. Tin oxide is also used in lithium rechargeable batteries, where it replaces the standard anode material, graphite, due to its higher theoretical specific capacity. In perovskite solar cells, however, tin oxide plays the role of an electron transporting layer. It replaced TiO2, due to the cheaper and less time consuming process of manufacturing at lower temperature.

Keywords:SnO2 nanowires, gas sensor, VLS mechanism, rechargeable battery, electrodeposition, perovskite solar cells

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