Download e-book for iPad: Molecular electronics : an experimental and theoretical by Ioan Baldea

By Ioan Baldea

ISBN-10: 9814613916

ISBN-13: 9789814613910

Molecular electronics, an rising examine box on the border of physics, chemistry, and fabric sciences, has attracted nice curiosity within the final decade. to accomplish the final word aim of designing molecular digital units with the specified performance and experimental manipulation on the single-molecule point, theoretical knowing of electron delivery on the nanoscale is a vital prerequisite. This booklet, a multi-authored quantity comprising stories written by way of prime scientists, discusses contemporary advances within the box. It emphasizes the necessity for reviews past the low-bias regime, a truth on which the clinical group grew to become conscious within the final years. To make the ebook helpful for scientists of assorted disciplines attracted to "learning by means of doing," every one bankruptcy is written in a science/tutorial hybrid kind, with its personal creation proposing primary techniques and frameworks. The content material displays the powerful transdisciplinary efforts wanted for vast progress.

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And Tsong, T. T. (2007). Manifestation of work function difference in high order Gundlach oscillation, Phys. Rev. , 99, 216103. © 2016 Taylor & Francis Group, LLC 35 36 Single-Molecule Devices 77. Zhou, J. , Guo, C. , and Xu, B. Q. (2012). Electron transport properties of single molecular junctions under mechanical modulations, J. Phys. Cond. Matter, 24, 164209. 78. Zhou, J. , Chen, G. , and Xu, B. Q. (2010). Probing the moleculeelectrode interface of single-molecule junctions by controllable mechanical modulations, J.

B. (2012). An electrostatic gate for mechanically controlled single-molecule junctions, New J. , 14. 18. Martin, C. , Smit, R. H. , van der Zant, H. S. , and van Ruitenbeek, J. M. (2009). , 9, 2940–2945. 19. , Weber, H. , and von Lohneysen, H. (2002). Driving current through single organic molecules, Phys. Rev. , 88, 176804. 20. , Klare, J. , Tam, I. , Hybertsen, M. , and Steigerwald, M. L. (2006). , 6, 458–462. 21. , and Wandlowski, T. (2007). Electrochemical fabrication and characterization of nanocontacts and nm-sized gaps, Appl.

Matter, 23, 013001. 6. , and Tao, N. J. (2013). , 13, 4326–4332. 7. , and Zandvliet, H. J. W. (2014). , 2, 010701. 8. Aradhya, S. , and Venkataraman, L. (2013). Single-molecule junctions beyond electronic transport, Nat. , 8, 399–410. 9. , Wang, C. , Batsanov, A. , Schiffrin, D. , Higgins, S. , Bryce, M. , Lambert, C. , and Nichols, R. J. (2006). Precision control of single-molecule electrical junctions, Nat. , 5, 995– 1002. 10. Hipps, K. W. (2001). Molecular electronics: It‘s all about contacts, Science, 294, 536–537.

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Molecular electronics : an experimental and theoretical approach by Ioan Baldea


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