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 …

Recent developments in microwave technologies have led to a renaissance of electron
paramagnetic resonance (EPR) due to the implementation of new spectrometers operating …

We describe a quasioptical 94 GHz kW pulsed electron paramagnetic resonance
spectrometer featuring π/2 pulses as short as 5 ns and an instantaneous bandwidth of 1 …

We describe a novel cw millimeter-wave electron spin resonance (ESR) spectrometer
designed to operate in the frequency range of 80–200 GHz and in the temperature range of …

Electron spin resonance (ESR) spectroscopy at 250GHz and 9GHz is utilized to study the
dynamics and local structural ordering of a nitroxide-labeled enzyme, T4 lysozyme (EC 3.2 …

A vacuum-tube device for the generation of pulsed microwave radiation in the submillimeter
range (up to 380 GHz) is presented, designed for use as a source in a 360 GHz high …

Jacket illustration. CryoSEM micrograph of a freeze-fractured yeast cell. Specimen was
prepared according to Walther et al (1995) and imaged using back-scattered electrons …

With the help of 1H NMR and EPR techniques, we have probed the dynamics of guest
molecules included within a water-soluble deep cavity cavitand known by the trivial name …

We present our experimental setup for both dynamic nuclear polarization (DNP) and
electron paramagnetic resonance (EPR) detection at 7 T using a quasi-optical bridge for …

We describe a far‐infrared electron‐paramagnetic‐resonance (EPR) spectrometer for
broadband (100–300 GHz) use. The spectrometer is operated in the reflection mode and …