Femtosecond visible and infrared analogues of multiple-pulse nuclear magnetic resonance
techniques provide novel snapshot probes into the structure and electronic and vibrational …

New electron spin resonance (ESR) technologies have been developed, which have led to
new and improved applications.(a) The development of two-dimensional Fourier transform …

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It is shown that the commonly used models for analyzing ESR spectra from nitroxide spin-
labeled proteins or DNA systems are special cases of the more general slowly relaxing local …

A formulation is presented for calculating double quantum two dimensional electron spin
resonance (DQ-2D ESR) spectra in the rigid limit that correspond to recent experimental DQ …

A two-dimensional Fourier Transform ESR (2D FT ESR) spectrometer operating at 9.25 and
17.35 GHz is described. The Ku-band bridge uses an efficient heterodyne technique …

High-field/high-frequency electron spin resonance (ESR) offers improved sensitivity and
resolution compared to ESR at conventional fields and frequencies. However, most high …

Optimization of nitroxides as probes for EPR imaging requires detailed understanding of
spectral properties. Spin lattice relaxation times, spin packet line widths, nuclear hyperfine …

This paper is an application of 2D electron− electron double resonance (2D-ELDOR) with
the “full Sc− method” to study model membranes. We obtain and confirm the phase diagram …

Three nitroxide spin probes of different sizes and geometrical shape were used in a 250
GHz ESR study of the probe rotational dynamics in the fragile glass former ortho-terphenyl …