Advanced Semiconductor and Organic Nano-techniques: Physics and technology of molecular and biotechnology systemsElsevier Science, 2003 - Nanoparticles |
Contents
Electrical Conduction through Molecules | 3 |
F Zahid M Paulsson and S Datta | 4 |
TOY MODELS | 11 |
Copyright | |
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13C NMR acid acoustic afforded alkyne Appl applications atomic force microscopy bias biological biosensors bond CDCl3 cells cellular charge Chem chemical chromatography compounds conduction copper(I coupling reaction culture detection device diisopropylethylamine DNA computation effects electric field electron eluent energy enzymes etching fabrication Fermi Fermi energy fiber fluorescence FTIR KBr function gene genome H NMR HRMS calcd hybridization IEEE interactions iodide laser layer Lett lithography LUMO manipulation material measurements mechanisms membrane metal methods methylene chloride micro microarrays microfabricated microparticle mixture mmol molecule mutations nanosensors neurons NMR 400 MHz NMR CDC13 O₂N optical trap oxide particles patterned Pd/Cu Pd/Cu-catalyzed coupling Phys polymer potential probe protein room temperature sample scanning tunneling microscope sensor sequence shown in Fig silica gel silicon solid solution strands structures substrate surface techniques tissue triphenylphosphine voltage