Nanotechnology/ Enginenring
Nanotechnology Vol. 1: Fundamentals et Applications
Description
Over le past decade, synthesis de nanomaterials has been extensively studied not only due to their captivating properties et theoretical studies but also pour their potential en a broad range de applications. Most de le nanotechnology products are manufactured from atoms, however, interestingly; le properties de those products depend sur how those atoms are arranged. With le help de nanotechnology one can congregate le elementary building blocks de nature en a way that may be completely unnatural or synthesising something closer to le existing structures. Le strategies engaged en fabricating le nanomaterials can be grouped into two categories: “top-down” et “bottom-up”. This volume explores a range de methods adopted pour le synthesis de different nanomaterials, various factors affecting le stability, methods to improve its synthesis characterization et applications. Le volume beings avec nanocomposite particle synthesis avec enhanced chemical et physical properties, one step sol-gel synthesis de porous inorganic glasses, novel methods pour protein nanoparticles synthesis en organic solvents, nanofluids synthesis avec enhanced thermophysical properties pour thermal engineering applications, synthesis et fictionalization de single et multiwalled carbon nanotubes pour application en biomedical field, synthesis de metal nanoparticles avec enhanced catalytic activity capable de reducing le polluting gases exhausted from automobiles. This volume also discusses preparation de mesoporous ceramic thin films et nanoporous iron anodic films, fabrications de gold nanowires et nanotubes, liquid phase synthesis de biometallic nanoparticles, porphyrinoids organic nanoparticles; aromatic polyamide particle et nanofiller synthesis. With le need de assessing le risk posed by nanotechnology, it is essential to characterise le nanomaterials being synthesised. Un range de methods employed pour characterisation, such as X-Ray diffraction, Scanning et transmission electron microscope, selected area electron diffraction (SAED), Fourier transform infrared spectroscopy (FTIR), dynamic light scattering (DLS), UV-spectrophotometry, Raman et energy dispersive X ray spectroscopy et Positron annihilation spectroscopy are explained en this volume. Le sole purpose de this volume is to be le reference guide pour le fundamentals, practical et theoretical knowledge de synthesis, characterisation et application de various nanomaterials pour inter disciplinary under-graduates, graduates, engineers et researchers et scientists.
Table des matières
Le Nanotechnologies Monde: Introduction, Applications et Modelling (ITALY); Natural et Engineered Nanomaterials: Fundamental Concepts et Applications (PORTUGAL); Applications de Nanofluids (U.K); Applications de Nanomaterials (INDIA); Risk Gestion et Nanomaterials (NETHERLANDS, USA); Nanotechnology Products (INDIA); Fabrication, Properties, et Applications de Porous Anodic Alumina Templates (CHINA); Applications de Ultra/Nanocrystalline Diamond Films (BRAZIL); Application de Nanofluid en Thermosyphon (TPCT) A–Review (THAILAND); Non-Volatile Memory Devices (INDIA, KOREA); Growth et Modification de Nanostructured Thin Films: Fundamental et Application Aspects (INDIA); Le Théorie de Quasi One-Dimensional et Two-Dimensional Polaron Structures (RUSSIA); Second Order Sliding Mode Contrôle de MIMO Coupled Uncertain Système (FRANCE); Synthesis et Applications de Electrospun Nanofibers - Un review (INDIA); Applications de Nanotechnology en Plante Nutrition (INDIA); In-vitro Applications de Nanomaterials pour Plantees (INDIA); Appendix-I; Table de Contents de Other Volumes de le Series– Vols. 2 to 10; Subject Index