Understanding how molecules interact to form large-scale hierarchical structures on
surfaces holds promise for building designer nanoscale constructs with defined chemical …

Single-molecule electronics, that is, realizing novel electronic functionalities from single (or
very few) molecules, holds promise for application in various technologies, including signal …

Electrospinning uses electrical forces to produce polymer fibres with nanometre-scale
diameters. Electrospinning occurs when the electrical forces at the surface of a polymer …

Recently, a new class of photoelectrochemical cells based on nanoscaled porous metal
oxide semiconductors (dye-sensitized solar cell) has promoted intense research due to the …

The latest addition to this lauded series, this reference collects pioneering research on the
chemistry and physics of carbon surfaces and the structural properties of carbons. Written by …

Abstract Nylon-4, 6 nanofibres with diameters ranging from about 1 µm down to 1 nm were
prepared by electrospinning. The fibre diameter was varied by adjusting the concentration of …

Investigations of long-chain hydrocarbon and substituted hydrocarbon materials
physisorbed at the liquid− solid interface have provided a particularly fruitful area of …

Monoclonal antibodies, induced with a phosphonate diester hapten, catalyzed the coupling
of p-nitrophenyl esters of N-acetyl valine, leucine, and phenylalanine with tryptophan amide …

In this paper it is demonstrated that the stabilizing effect of linear alkanes can be utilized to
achieve very high stability in the adsorption and assembly of planar organic molecules on …

At the liquid/graphite interface triangular and rhombic phenylene–ethynylene macrocycles
substituted by alkyl chains self-assemble to form porous two-dimensional (2D) molecular …