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Showing 1 to 5 of 5 for “"spatial atomic layer deposition"”.
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FUNCTIONAL THIN FILMS BY SPATIAL ATOMIC LAYER DEPOSITION FOR PHOTOVOLTAIC APPLICATIONS
… and analysis of thin films deposited by spatial atomic layer deposition for application in the photovoltaic industry. The atomic layer deposition technique offers good uniformity, conformality and precise film thickness control. The spatial atomic layer deposition technique combines a …
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Ultraviolet-Assisted Atmospheric-Pressure Spatial Atomic Layer Depositions for Tuning ZnO Properties
… development of UV-assisted Atmospheric Pressure Spatial Atomic Layer Deposition (UV-APSALD) as a technique for depositing ZnO films. A study of the current literature identifies the need for high-quality metal oxide thin films; metal oxides are near ubiquitous in modern day electronic …
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ingegnerizzazione di processi di deposizione chimica da fase vapore e da soluzione per materiali funzionali avanzati
… deposizione chimica in fase vapore (MOCVD), la “spatial atomic layer deposition” (SALD) e la deposizione sol-gel. Le tecniche di deposizione in fase vapore, che offrono un controllo preciso sulla formazione di film sottili, contribuiscono allo sviluppo di film funzionali per la fabbricazione di …
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Vapour-based growth of inorganic compounds for next-generation, stable photovoltaics
… In the literature section, chemical vapour deposition is identified as a versatile family of growth techniques through which a wide range of materials can be grown, and morphologies accessed. Of these, furnace based chemical vapour deposition holds the advantages of ease of set up and …
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Developing next generation, non-toxic, inorganic materials for photovoltaics and thin-film transistors
… BiOI films grown by thermal chemical vapour deposition (CVD) incorporated into an all-inorganic ITO/NiO<sub>*x*</sub>/BiOI/ZnO/Al stack demonstrate high external quantum efficiencies (80% at 450 nm wavelength). However, the 1.9 eV band gap of BiOI is not matched to terrestrial solar spectra; …