Electron paramagnetic resonance at multiple, high frequencies (95–700GHz) and at
correspondingly high magnetic fields (up to 25T), known as HFEPR, is a relatively new …

High‐field ESR offers many advantages in exploring fundamental questions of structure and
dynamics in chemical, biological and physical samples. We provide a review of recent work …

The objective of spectral analysis is to resolve and extract relevant features from
experimental data in an optimal fashion. In continuous-wave (cw) electron spin resonance …

The cobalt (II) containing tungstophosphate [Co4 (H2O) 16P8W48O184] 32−(1) has been
synthesized by addition of Co2+ ions to an aqueous solution of [H7P8W48O184] 33−(P 8 W …

A quantum dot (QD) contains a well-defined surface passivated by ligands and a bulklike
core. The effect of surface passivation and lattice truncation on local structural and electronic …

Major recent advances: High-field multi-frequency EPR improves our knowledge of
magnetic materials, conductive polymers, and spin systems with large zero-field splittings …

Electron paramagnetic resonance (EPR) studies on a single crystal of diamagnetic
compound La 2 Si 2 O 7, potentially a phosphorescent/luminescent/laser material, with the …

We discuss the development of high field ESR into a powerful and flexible tool for studies of
structure and dynamics in a wide variety of systems including those of biological interest. A …

Sample Resonators for Quasioptical EPR Page 1 Chapter 11 Sample Resonators for
Quasioptical EPR A Practical Guide for Biological Applications David E. Budill and Keith A …

Multifrequency electron paramagnetic resonance studies on the Mn2+ impurity ion in a
mixed single crystal NH4Cl0. 9I0. 1 were carried out at 9.62 (X-band) in the range 120 …