Spray pyrolyse is a versatile chemical process used to produce fine powders and thin films by atomizing a solution containing precursors, followed by thermal decomposition in a heated reactor. This technique offers precise control over particle size, morphology, and composition, making it invaluable across diverse scientific and engineering disciplines. Its importance stems from applications in materials science – specifically in creating advanced ceramics, catalysts, and functional coatings – as well as in the pharmaceutical industry for drug delivery systems and in environmental science for pollution control. Related methodologies like flame spray pyrolysis, ultrasonic spray pyrolysis, and liquid pyrolysis expand the capabilities of this core technique, allowing for tailored material synthesis. Understanding the nuances of precursor selection, reactor design, and process parameters is crucial for optimizing spray pyrolyse for specific applications, driving innovation in nanotechnology and beyond. Dans cette section de notre site, nous mettons à votre disposition une bibliothèque complète comprenant les derniers mémoires de fin d’études, thèses de magister et doctorat traitant le sujet de spray pyrolyse, disponibles au téléchargement en format PDF.