magnetic nanostructures in modern technology, 2008, p 361

magnetic nanostructures in modern technology, 2008, p.361

magnetic nanostructures in modern technology, 2008, p.361

... Security IOS Press IOS Press http://www.nato.int/science http://www.iospress.nl Springer Springer E. Human and Societal Dynamics Springer http://www.springer.com The Series is published by IOS Press, ... Engineering Lab UMR, 5529 INGP/UJF – CNRS ENSIEG – BP 46 – 38402 Saint-Martin-d’H ` eres, Cedex France. Orphee.Cugat@inpg.fr Gerome Delamare, Grenoble Electrical Engineering Lab UMR 5529 INPG...
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magnetic anisotropies in nanostructured matter, 2009, p.303

magnetic anisotropies in nanostructured matter, 2009, p.303

... nanostructured in two dimension. tiously in parentheses since although such clusters appear as distinct features in Scanning Tunnelling M icroscopy (STM) pictures, see Fig. 1.5, in the case of magnetic ... physical property in turn. As an example simply consider the magnetic moments in bulk Fe and for Fe(100). In the bulk case (in nite system) in each unit cell the same m...
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nanofluids. science and technology, 2008, p.407

nanofluids. science and technology, 2008, p.407

... nonagglomerating nanoparticles involves condensing nanophase powders from the vapor phase directly into a flowing low-vapor-pressure fluid. This approach, developed in Japan 20 years ago by Akoh et ... commonly produced in the form of powders. In powder form, nanoparticles are dispersed in aqueous or organic host liquids for specific applications. 1.3.3. Dispersion of Nanoparticles in...
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self-organized morphology in nanostructured materials, 2008, p.182

self-organized morphology in nanostructured materials, 2008, p.182

... Architectures 19 N N N N N N N N N N N N N N pyridine pyridazine pyrimidine pyrazine triazine tetrazine NN 4,4'-bipyridine N N 2-methylpyrazine N N quinoxaline 9 10 11 12 13 14 15 16 17 Scheme 2.3. ... Networks as Precursor for Carbon Networks . . . . . . . . . 132 6.4.1 Temperature Dependence of Hopping Transport in CarbonNetworks 133 6.4.2 Electrical Field Dependence of Hopping Trans...
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what can nanotechnology learn from biotechnology, 2008, p.361

what can nanotechnology learn from biotechnology, 2008, p.361

... are perceived as opposition to contem- porary scientific advances. People have long recognized reactions in the media against new technology (think of Charlie Chaplin rebelling against the machines ... the contending perspectives presented in this volume. Marketing, de-marketing, and counter-marketing of an emerging technology Even before the widespread mass marketing of nano-products has...
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spin dependent transport in magnetic nanostructures, 2002, p.283

spin dependent transport in magnetic nanostructures, 2002, p.283

... Copyright 2002 by CRC Press LLC Copyright 2002 by CRC Press LLC Copyright 2002 by CRC Press LLC Copyright 2002 by CRC Press LLC Copyright 2002 by CRC Press LLC Copyright 2002 by CRC Press ... LLC Copyright 2002 by CRC Press LLC Copyright 2002 by CRC Press LLC Copyright 2002 by CRC Press LLC Copyright 2002 by CRC Press LLC Copyright 2002 by CRC Press LLC Copyright 2002 by CRC Press ... LLC Cop...
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colloidal nanoparticles in biotechnology, 2008, p.381

colloidal nanoparticles in biotechnology, 2008, p.381

... devices in integrated microsystems. In this direction, colloidal particles are largely used in biomedical applications (diagnostic and therapy) in which they are principally used as solid-phase supports of ... neered particles exhibiting physicochemical properties meeting the needs of a specific application. One major strategy is to incorporate reactive groups that could be employed f...
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nanoscale technology in biological systems, 2005, p.473

nanoscale technology in biological systems, 2005, p.473

... glycol)) [P( MAA-g-EG)], poly(acrylic acid-grafted-poly(ethyleneglycol)) [P( PAA-g-EG)] Complexing hydrogels Poly(N-isopropyl acrylamide) [PNIPAAm] Temperature-sensitive PNIPAAm/PAA, PNIPAAm/PMAA pH/Temperature-sensitive a These ... Taylor & Francis TABLE 1.7 Medical Applications of Hydrogel Polymers Hydrogel Polymer Medical Applications Poly(vinyl alcohol) [PVA] Polyacrylamide [PAAm] Po...
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organic nanostructures, 2008, p.371

organic nanostructures, 2008, p.371

... again to charge separation, DHP P þ –F À , but before the charge separated state can recombine to the ground state, an electronmigrates from the DHP moiety to the porphyrin, producing DHP þ P F À with ... distances. Interesting examples of this type of systems are the [Ru(bpy) 3 ] 2þ –(ph) n –[Os(bpy) 3 ] 2þ (ph ¼1,4-phenylene; n ¼ 2, 3, 4, 5) species [27] shown in Figure 1.7. In such c...
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