Surface‐enhanced Raman spectroscopy (SERS) imparts Raman spectroscopy with the
capability of detecting analytes at the single‐molecule level, but the costs are also manifold …

An analytical technique operating at the nanoscale must be flexible regarding variable
experimental conditions while ideally also being highly specific, extremely sensitive, and …

Raman spectroscopy is a branch of vibrational spectroscopy, which allows an easy
interpretation and highly sensitive structural identification of trace amounts of chemicals …

Methods for chemical analysis at the nanometer scale are crucial for understanding and
characterizing nanostructures of modern materials and biological systems. Tip‐enhanced …

The structure of our material world is characterized by a large hierarchy of length scales that
determines material properties and functions. Increasing spatial resolution in optical imaging …

Resonance Raman (RR) spectroscopy has several advantages over the normal Raman
spectroscopy (RS) widely used for in situ characterization of solid catalysts and catalytic …

Raman spectroscopy is performing as a powerful analytical technique for qualitative and
quantitative analysis of graphene and graphene-related compounds. Graphene and …

Raman spectroscopy is a powerful tool to characterize the different types of sp2 carbon
nanostructures, including two‐dimensional graphene, one‐dimensional nanotubes, and the …

This feature review provides an overview of the state-of the art and recent developments in
tip-enhanced Raman spectroscopy (TERS), in-depth information about the different …

Electronic properties in different graphene materials are influenced by the presence of
defects and their relative position with respect to the edges. Their localization is crucial for …