Self-assembled monolayers are a unique class of nanostructured materials, with properties
determined by their molecular lattice structures, as well as the interfaces with their substrates …

Invented as a surface analytical technique capable of imaging individual atoms and
molecules in real space, scanning tunneling microscopy (STM) has developed and …

Three fundamental types of suppressor additives for copper electroplating could be
identified by means of potential transient measurements. These suppressor additives differ …

This paper describes a fundamental, single-molecule study of the motion of a set of
thioethers supported on Au surfaces. Thioethers constitute a simple, robust system with …

The void-free deposition of small-sized and high-aspect ratio interconnect structures
requires stronger suppressors than conventional polyethers. In this work, thioether was …

We have used a scanning tunneling microscope (STM) to manipulate heteroleptic
phthalocyaninato, naphthalocyaninato, and porphyrinato double-decker (DD) molecules at …

Thioether molecular rotors show great promise as nanoscale models for exploring the
fundamental limits of thermally and electrically driven molecular rotation. By using time …

Asymmetric hydrogenation of C C bonds is of the highest importance in organic synthesis,
and such reactions are currently carried out with organometallic homogeneous catalysts …

Alkanethiol (RSH) monolayers are by far the most extensively studied surface self-assembly
systems due to their robustness and the opportunity to control their assembly in the …

Surface molecular self‐assembly is a fast advancing field with broad applications in sensing,
patterning, device assembly, and biochemical applications. A vast number of practical …