Publications

Conductance of nanoscale junctions consisting of molecular monolayer contacted by different metal electrodes is studied.

Conductance of nanoscale junctions consisting of a molecular monolayer in contact with different metal electrodes is studied.

We demonstrate that the surface structure of organic monolayers can be determined by low energy helium diffraction at low surface temperatures.

The molecular order of three oligothiophenes was investigated using X-ray diffraction.

The crystal structure of phenylene-bithiophene oligomers (PTTP) has been investigated by powder X-ray diffraction measurements and ab initio Monte Carlo modelling.

We have detected high velocity molecular outflows associated with the four IRAS sources in B5.

Coalescence-induced droplet jumping on non-wetting surfaces is a promising candidate for application in heat transfer and self cleaning processes.

Aqueous metal colloids provide a prototype system for understanding the electrode surface chemistry of electrochemical cells.

We have irradiated samples of CH sub 4, CO sub 2, CS sub 2, H sub 2 S and ice mixtures by MeV and keV ions.

A variety of properties -- chemical, electrical and mechanical -- have combined to make polyethylene an extremely important material in the telephone system.