Nanotechnology/ Enginenring/ Defense
Nanotechnology Vol. 5: Defence Applications
Description
Nanotechnology plays a pivotal role en improving le environment et making alternative energy sources more cost effective. Le role de nanotechnology includes cleaning up pollutants by bioremediation, generating low-producing green house gas combustion et energy systems, producing eco-friendly nanomaterials et sustainable energy sources. This volume emphasises sur recent research progresses sur nanotechnology based energy systems et pros et cons de various nanomaterials used as building blocks pour efficient energy production units, et their adaptability en le environment. In this volume authors have discussed vividly et eloquently about le use de nanomaterials like graphene, graphane, carbon, silver, aluminium, manganese oxide as carriers et storage materials pour hydrogen energy et their role en development de different solar cells et batteries cost effectively. They also discussed about different next generation technologies like microelectrical mechanical systems (MEMS), ground state heat pump(GHST) technology, production de complex hydrides based nanomaterials by radiation induced methods et aluminium based lithium batteries as a power source pour emission free vehicles. Le forte de this volume is its widespread research sur le toxicological aspect de le nanomaterial et its impact sur environment et health. Le authors described different kinds de nanomaterials et their failure because de its adverse effects sur environment due to toxicity, corrosion et low sustainability. Thus authors have identified alternate ecofriendly materials like silver, gold, palladium, platinum to be used en toxicity determination, ground water et soil bioremediation et also en mitigation de environment pollution.
Table des matières
Recent Progrès en Nanoenergetic Materials (USA); Clean et Green Énergie Technologies: Sustainable Développement et Environnement (UK); Plantees Le Green Factories pour Synthesis de Nanomaterials (INDIA); Nano-Toxicology en Built Environnement (MALAYSIA); Solid Hydrogen Intercalation en Closed Graphane-Hydride like Nanostructures, Relevance to le Storage Applications (RUSSIA); Carbon Nanotubes et Graphenes en Énergie Storage et Catalysis (INDIA); Nanocrystalline et Nanoporous Hydrogen Storages Production et Applications (UKRAINE); Aluminium Based Materials as Anode Materials pour Lithium Ion Batteries (IRAN) Modeling de Moléculaire Materials pour Hydrogen Storage Applications: Un Theorist’s Perspective (INDIA); Silver Nanoparticles en Real Environnements (URUGUAY); Solar Cell: Yesterday et Tomorrow (INDIA); Nanostructures pour Schottky Solar Cells (KOREA); Nanostructured Manganese Oxide Materials pour Énergie et Environnemental Applications (INDIA); Nanosized Zero-Valent Iron (nZVI) Supported by Clay Minerals: Synthesis, Characterization et Eau Remediation (CHINA); Failure Analyse en Énergie Related Materials et Coatings - Role de Nanostructured Materials pour Sustainable Solutions (CANADA); Appendix-I; Table de Contents de Other Volumes de le Series Vols. 1 to 5 & 7 to 10 Subject Index