The combination of electrochemistry and spectroscopy, known as spectroelectrochemistry
(SEC), is an already established approach. By combining these two techniques, the …

This brief, non‐exhaustive review describes some basic theoretical aspects of 195Pt nuclear
magnetic resonance spectroscopy and also the empirical approach used by the researchers …

Solution phase noble metal nanoparticle growth reactions are comprised of deceptively
simple steps. Analytical methods with high chemical, spatial, and temporal resolution are …

The voltammetric electrooxidation rates of formic acid, formaldehyde, and methanol in acidic
electrolyte on carbon-supported platinum nanoparticle films with varying particle diameters …

This feature article concerns Pt surfaces modified (decorated) by ruthenium as model fuel
cell electrocatalysts for electrooxidation processes. This work reveals the role of ruthenium …

The bonding of sulfur to surfaces of gold is an important subject in several areas of
chemistry, physics, and materials science. Synchrotron-based high-resolution …

The Wideband Uniform Rate Smooth Truncation–Carr–Purcell Meiboom–Gill (WURST–
CPMG) pulse sequence was recently introduced as a new method of acquiring ultra …

We report the 119Sn and 7Li solid-state nuclear magnetic resonance (NMR) spectroscopic
characterization of all thermodynamically stable intermetallic phases of the binary Li–Sn …

Spontaneous deposition of Pd onto catalytic grade Pt nanoparticles has been shown to yield
Pt/Pd catalysts having enhanced catalytic activity toward formic acid oxidation, when …

Using Pt (111) surfaces covered by ruthenium by a spontaneous deposition method we
conducted voltammetric oxidation of chemisorbed CO in clean sulfuric acid electrolyte at 50 …