Monodispersed Particles

Part 1 Fundamentals1. Nucleation2. Growth3. Habit Formation4. Recrystallization5. Solid-Solution Formation

Part 2 Preparation6. General Principles for the Formation of Monodispersed Particles7. Monodispersed Systems8. Control of Particle Characteristics

Part 3 Analyses9. Analyses of Formation Process10. Characterization of Products

Part 4 Applications11Application to Fundamental Studies12. Industrial Applications13. Biomedical Applications

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• Tecnologia dos plásticos e polímeros
• Química das superfícies e adsorpção
• Química dos polímeros

Adhesion; Anisotropic growth; Arrested growth; Avogadro number; Biomedical applications; Catalysts; Cell separation; Ceramics; Characterization; Closed system; Colloidal ordering; Composition control; Contact recrystallization; Conversion; Core-shell particles; Coulter counter; Crystal habit; CT; Cytology; Diffusion-controlled growth; Diffusion-controlled Ostwald ripening; Dissolution process; DLVO theory; Drug delivery; Electron diffraction; Electron microscopy; Energy-dispersive X-ray spectrometry; Equilibrium composition; Equilibrium form; Fluorescent materials; Formation mechanism; Fundamental studies; Gadolinium oxide; Gas chromatography; Gel-sol system; Gold; Growth form; Growth inhibitor; Hamaker constants; Heat-up process; Heterogeneous system; Heterojunction; Hollow particles; Homogeneous system; Hot-injection process; ICPS; Immunoassay; Inductively coupled plasma spectrometry; Infrared spectroscopy; Interparticle forces; Intraparticle recrystallization; Ion chromatography; Ionic properties; Iron oxide; LaMer mechanism; Layered structure; Light scattering; Magnetic properties; Magnetic recording materials; Magnetopneumography; Mixed crystals; Monodispersed particle formation; Monomer reservoirs; Morphology; MRI; Nielsen's chronomal; Nucleation period; Nucleation rate; Nucleation theory; Open system; OPML-XRD; Optoelectronic properties; Organic-inorganic hybrid liquid crystals; Oriented particulate monolayer X-ray diffractometry; Ostwald ripening; Particle growth; Phase transformation; Photodynamic therapy; Photography; Photon correlation spectroscopy; Pigments; Polyol system; Porous particles; Potentiometry; Powder X-ray diffractometry; Radiochemical analysis; Reaction-controlled growth; Reaction-controlled Ostwald ripening; Recrystallization; Reverse micelle; Reversed Ostwald ripening; Scanning electron microscopy; Seeding analysis; Self-recrystallization; Shape control; Silver; Silver bromide; Silver chloride; Silver halide; Silver iodide; Size control; Size distribution; Sodium yttrium fluoride; Sol-gel system; Solid solution; Stable form; Steady form; Structure control; Surface chemical potential; Surface energy; Surface modification; Surface reaction; Synthesis; Thermotherapy; Transmission electron microscopy; Turbidimetry; Two-dimensional nuclei; Ultraviolet-visible spectroscopy; XPS; X-ray diffraction; X-ray photoelectron spectroscopy; Zeta-potential