By Jeremy Ramsden
Applied Nanotechnology takes an built-in method of the medical, advertisement and social elements of nanotechnology, exploring:
• the connection among nanotechnology and innovation
• The altering economics and company types required to commercialize strategies in nanotechnology
• Product layout case reviews
• functions in numerous sectors, together with details know-how, composite fabrics, power, and agriculture
• The position of presidency in selling nanotechnology
• the aptitude way forward for molecular self-assembly in commercial production
In this 2e, new chapters were extra on power functions and the function of nanotechnology in sustainability. The part at the protection of nanoproducts has additionally been up to date, and fabric on investment and commercialization has been up-to-date and improved, with new case stories illustrating the adventure of recent startups in a demanding financial environment.
• A path map for the commercialization of nanotechnology research
• Discusses product layout demanding situations, regulatory concerns, and moral and social implications of nanotechnology
• positive factors new case reports on nanotechnology startups in difficult monetary times
Read or Download Applied Nanotechnology: The Conversion of Research Results to Products (2nd Edition) PDF
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Additional info for Applied Nanotechnology: The Conversion of Research Results to Products (2nd Edition)
Semiconductor processing technology, however, combines miniaturization with parallelization. Not only have the individual components become smaller, but the area processed simultaneously has dramatically increased (measured by the standard diameter of the silicon wafers on which the circuits are built, which has increased from 3 inches up to 12 inches, with 18 inches anticipated). Within the processor, miniaturization means not only having to use a smaller quantity of costly material, but also shorter distances between components.
There seems to be no need to have separate “development” and “diffusion” trajectories: taken together they constitute innovation. In Hirooka’s electronics example, the technology trajectory began with the point-contact transistor invented in 1948, and m was reached in about 1960 with the metal oxide-semiconductor transistor and the silicon-based planar integrated circuit. This evidence is not, however, wholly satisfactory, not least because there seems to be a certain arbitrariness in assigning values of Q.
If the reason for the size reduction is accessibility or ease of fabrication, the scaling of performance with size must be analyzed to ensure that performance specifications can still be achieved. , MEMS) devices actually degrades with further miniaturization , and 43 44 CHAPTER 4 Why Nanotechnology? the currently available sizes reflect a compromise between performance and other desired attributes. If vast quantities of components can be made in parallel very cheaply, devices can be designed to incorporate a certain degree of redundancy, immunizing the system as a whole against malfunction of some of its components [7,9].