THE TOPICS COVERED IN THE EDITED BOOK INCLUDE, BUT ARE NOT LIMITED TO: In the last 20 years, researchers attracted attention through extensive number of publications in nanotechnology proving that this scientific area exploded exponentially and novel tools on advanced materials become available in science and technology. Indeed, nanotechnology has emerged as the newest pivotal technology for a wide range
THE TOPICS COVERED IN THE EDITED BOOK INCLUDE, BUT ARE NOT LIMITED TO: Micro to nanoscale preferment of advanced materials has open up a new horizon in science and technology. The new establishments in the manufacturing of micro and nano systems based on advance materials bring promising changes in various fields. The prime disciplines expected to be boosted by these
THE TOPICS COVERED IN THE EDITED BOOK INCLUDE, BUT ARE NOT LIMITED TO: Nanotechnologies are designed to ensure control and manipulation of matter at the nanoscale, using properties of physical and chemical phenomena that occur at this scale. Many technologies of the past, empirically discovered, have been understood and brought back to structures and mechanisms at the nanometer scale; it
THE TOPICS COVERED IN THE EDITED BOOK INCLUDE, BUT ARE NOT LIMITED TO: Nanotechnology is an exciting and accelerating field of activity, which has attracted considerable attention of scientists, engineers and the general public. However, it is very broad and multidisciplinary and cannot be described comprehensively in a single volume. This book has been complied into nine chapters covering a
THE TOPICS COVERED IN THE EDITED BOOK INCLUDE, BUT ARE NOT LIMITED TO: Nowadays, nanoscience and nanotechnology have been widely deported out of the enclosures of the research laboratories. They are frequently the topics of large comments of news on the progress in science and particularly at the events generated by a discovery. Their impact becomes more concretely evident for
THE TOPICS COVERED IN THE EDITED BOOK INCLUDE, BUT ARE NOT LIMITED TO: Nanotechnology is a field that has been developed some decades ago, and has been expanding rapidly; the importance of this science came from the combination of synthetic chemistry to fabricate nanoscale building blocks that could be functional on their own, or in combination with other materials. Recently,
THE TOPICS COVERED IN THE EDITED BOOK INCLUDE, BUT ARE NOT LIMITED TO: Carbon, though often overlooked as an engineering material by many, underpins much infrastructure central to our modern society. The recent dawn of the nano-age has solidified Carbons engineering importance. Once the preserve of the laboratory worker, carbon-based nanotechnology is beginning to make the lab-to-fab transition. More than
THE TOPICS COVERED IN THE EDITED BOOK INCLUDE, BUT ARE NOT LIMITED TO: Fabrication, Characterization & Tools: – Sustainable Nanomanufacturing – Nanoscale Materials Characterization – Modeling & Simulation at the Nanoscale – NanoFab: Manufacturing & Instrumentation – MEMS & NEMS Devices & Applications – Biosensing, Diagnostics & Imaging – Nanotechnology Knowledge Infrastructure Chemical & Advanced materials: – Carbon Nano Structures
THE TOPICS COVERED IN THE EDITED BOOK INCLUDE, BUT ARE NOT LIMITED TO: Nanotechnology in: – Tissue Engineering & Biomaterial Science – Nanoscale tissue scaffolds – Nanoscale biomaterial surface modification – Enzyme responsive tissue scaffolds – Guiding stem cell differentiation Diagnosis and Imaging: – Biosensors – Quantum Dot Imaging – Image enhancing particles Drug Delivery (Nano-Pharmacology): – Targeted drug delivery
THE TOPICS COVERED IN THE EDITED BOOK INCLUDE, BUT ARE NOT LIMITED TO: 1. Fundamental magnetic properties at nanometer scale 1.1. Design, synthesis and characterization of nanostructured materials 1.2. Advanced magnetic materials and techniques 1.3. Magnetoresistance, magnetoimpedence, spin torque transfer 1.4. Ultra–thin films and surface effects 1.5. Multi-layered films and superlattice structures, interface effects 1.6. Exchange bias 1.7. Magnetic nanoparticles