Advanced Semiconductor and Organic Nano-techniques: Physics and technology of molecular and biotechnology systemsElsevier Science, 2003 - Nanoparticles |
Contents
Electrical Conduction through Molecules | 3 |
TOY MODELS | 11 |
A REALISTIC MULTILEVEL MODEL | 18 |
Copyright | |
22 other sections not shown
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Common terms and phrases
13C NMR acid adhesion afforded alkyne Anal antibodies Appl applications array atomic force microscope bias biological Biomed bioreceptors biosensors Brunette CDCl3 cell cellular charge Chem chemical chromatography compounds conduction copper(I coupling reaction culture detection device diisopropylethylamine DNA computation electric field electron eluent energy enzymes etching evaporated fabrication Fermi Fermi energy fiber fibroblasts film fluorescence FTIR KBr function gene genome grooves growth H NMR hexane HRMS calcd interactions iodide layer Lett lithography LUMO manipulation material McCaig measurements membrane metal methods methylene chloride microarrays microfabrication mixture mmol molecules mutations nanosensors neurite neurons NMR 400 MHz NMR CDC13 optical oxide patterned Pd/Cu Phys polymer potential probe proteins room temperature sample scanning tunneling microscope sensor sequence silica gel silicon solid solution strands structures studies substrate surface techniques tissue topographical triphenylphosphine voltage