Electron paramagnetic resonance (EPR) spectroscopy exploits an intrinsic property of
matter, namely the electron spin and its related magnetic moment. This can be oriented in a …

The underlying causes of asymmetric intensities in Davies pulsed ENDOR spectra that are
associated with the signs of the hyperfine interaction are reinvestigated. The intensity …

The determination of the details of the spatial and electronic structure of functional sites
(centers) in any system, be it in materials chemistry or in biology, is the first step towards …

Over the past 50 years⁠, electron-nuclear double resonance (ENDOR) has become a fairly
ubiquitous spectroscopic technique, allowing the study of spin transitions for nuclei which …

The binding of NO to reduced myoglobin in solution results in the formation of two
paramagnetic nitrosyl myoglobin (MbNO) complexes: one with a rhombic g-factor and the …

Understanding the catalytic process of the heterolytic splitting and formation of molecular
hydrogen is one of the key topics for the development of a future hydrogen economy. With …

Complexes of the Gd (III) ion are currently being established as spin labels for distance
determination in biomolecules by pulse dipolar spectroscopy. Because Gd (III) is an f ion …

We previously used a combination of continuous-wave (CW) and pulsed electron− nuclear
double resonance (ENDOR) protocols to identify the types of protonated oxygen (OH x) …

The ruthenium “blue dimer”[(bpy) 2Ru (OH2)] 2O4+ the first well-defined molecular
complex able to catalyze water oxidation at low overpotentials has been the subject of …

Frequency-domain electron nuclear double resonance ENDOR, two time-domain electron
nuclear double resonance techniques, and electron spin echo envelope modulation …