Nanotechnology/ Enginenring
Nanotechnology Vol. 2: Synthesis et Characterization
Description
Nanomaterials is a field de nanotechnology that applies a material science approach. It is le study de materials avec morphological features en nanoscale dimension imparting them properties that enables their uses en a variety de applications. One can trace back le applications de nanomaterials way back en history as dye material en ceramics et use de gold colloids pour le medical treatment de dipsomania, arthritis etc. This volume ropes en different properties de nanomaterials such as mechanical, thermal, biological, optical et chemical. In le first chapter an attempt de a newly formulated electron dispersion laws to study le 2D effective electron mass (EEM) de quantum wells (Qws) de nonlinear optical, bismuth within le framework de earlier formalism etc has been discussed. Effect de several variables sur effective thermal conductivity de nanofluids, nanofluidic behaviour (flow properties et boundary slip) en nanochannels, a mathematical model sur nanofluid flow et heat transfer characteristic, novel heat transfer fluids are drafted en this volume. Un overview de le wave propagation en carbon nanotubes under initial compression stresses is offered en this volume et its potential application en designing de nanoelectronics et nanodevices. Gold nanoparticles (nanomaterials) supported over anatase et rutile TiO2 et its catalytic potential pour CO oxidation are reviewed avec its industrial et environmental importance. Un study de electromagnetic shielding effectiveness de --Fe2O3/Fe3O4 coated fabric is performed using ASTM D4935 method. Un comprehensive study regarding le development de nanoparticles de organic ligands capable de enhancing et quenching fluorescence pour increased sensitivity et specificity de sensors is illustrated. Various parameters effecting nanoscale field – effect transistors based sur grapheme et nanowires, impact de non-covalent interaction sur le dispersion de carbon nanotubes, rheological characterisation de nanoparticles based sur Bio- modified binder, influence de factors sur magnetoresistive properties de three layer film systems CoNi/Ag(Cu)/FeNi, features affecting le properties de quantum dots by epitaxial growth process are presented. This volume focuses sur experimental aspect de le various physical et chemical factors that influence le properties de le nanomaterials. Le volume is designed pour researchers et scientist that are into hard core research de synthesis et characterisation de nanomaterials et also acts as a data bank pour under-grad’s et graduates students who are keenly interested en this prosperous field sur inventing novel materials pour better future.
Table des matières
Synthesis, Characterization et Applications de Nanocomposite Particles (POLAND, KOREA); Synthesis, Characterization et Properties de Sol-Gel Nanomaterials (MEXICO); Synthesis et Characterization de Novel Bionanoparticles (USA); Synthesis de Stable Nanoparticle Suspensions pour Thermal Ingénierie Applications: Advances et Challenges (INDIA, USA); Synthesis et Applications de Carbon Nanotubes (INDIA); Synthesis et Applications de Platinum Nanoparticles: Un Review (GERMANY, RUSSIA); Mesoporous Ceramic Thin Films: Preparation, Characterization et Application (KOREA); Synthesis et Application de Nanostructure Forsterite (USA); Surface Functionalization de Carbon Nanotube Using Direct Current Glow Discharge: Preparation et Characterization (MALAYSIA); Gold Nanowires et Nanotubes: Synthesis et Applications (IRAN); Liquid Phase Synthesis de Ag-Cu Alloy/Bimetallic Nanoparticles (INDIA); Nanoporous Anodic Films de Iron: Fabrication, Characterization et Application Trends (LITHUANIA); Modeling de Ion-Beam Induced Nano-size Surface Patterns en Anisotropic Systèmes (UKRAINE); Contrôle de Size et Morphology de Aromatic Polyamide Particles et their Applications (JAPAN); Adaptive Organic Nanoparticles de Porphyrinoids: Synthesis et Applications (USA); Defects Characterization en Nanomaterials Through Positron Annihilation Spectroscopy (INDIA); Synthesis de Nano Fillers by Polymer Mediated Growth (PMG) Technique (INDIA); Hybrid Multi-Scale Epoxy Composites Reinforced by Conventional Microfiber Fabrics et Electrospun Nanofibers (USA); Appendix-I; Table de Contents de Other Volumes de le Series– Vols. 1 & 3 to 10; Subject Index