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Beyond CMOS Nanodevices 1 (Nanoscience and Technology) by Francis Balestra

By Francis Balestra

This publication deals a finished assessment of the state of the art in cutting edge Beyond-CMOS nanodevices for constructing novel functionalities, good judgment and thoughts devoted to researchers, engineers and students.  It really makes a speciality of the curiosity of nanostructures and nanodevices (nanowires, small slope switches, second layers, nanostructured fabrics, etc.) for complicated greater than Moore (RF-nanosensors-energy harvesters, on-chip digital cooling, etc.) and Beyond-CMOS common sense and stories purposes.

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The samples are placed inside a sealed chamber with nitrogen gas and a small volume of liquid APTES (150 µl). The temperature is set up at 80° for 1 h. Following silanization, the samples are rinsed with pure ethanol and deionized water, and then annealed at 110°C for 1 h. To make a chemical bonding between the amine functions of both APTES and DNA strands, the samples 28 Beyond-CMOS Nanodevices 1 are immersed in a solution of a cross linker – glutaraldehyde – in water. 3). After drying, the single strand DNA probe grafting (step 4) is carried out by depositing 2 µl drops of a DNA solution diluted in a phosphate buffer (C = 10 μM) on the surface.

Soc. IEEE Eng. Med. Biol. Soc. , 2011, pp. 2957–2960, 2011. , “Silicon-nanowire-based CMOS-compatible fieldeffect transistor nanosensors for ultrasensitive electrical detection of nucleic acids”, Nanoletters, vol. 11, pp. 3974–3978, 2011. , Materials Science Forum, vol. 645– 648, pp. 1097–1100, 2010. , Biomaterials, vol. 24, pp. 4827–4832, 2003. 1. Introduction As explained in the Introduction (Part 1) and Chapter 2, label-free biochemical sensors based on silicon nanowires (Si NWs) achieve selectivity to target molecules by means of a functionalization layer deposited on top of the thin dielectric that encloses the current-carrying wire.

During filtration, the nanostructures are gradually deposited on the filter surface forming the nanonet, which acts as the filter cake. The nanonet can then be transferred to the desired surface by dissolving the filter in an appropriate solvent. Varying the volume or the concentration of the filtered solution allows us to precisely control the nanonet thickness. This process of cake formation ensures a good homogeneity of the nanonet. Indeed, as the nanostructures accumulate on the filter surface, the flow resistance in these regions increases so that the solution flow will increase toward regions which have accumulated fewer nanostructures.

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