Since the discovery of high electrical conductivity in an organic complex in 1954, 1 the field
of molecular conductors has stimulated a great deal of research. A large number of electron …

During more than 30 years, intensive research has been devoted to organic conductors and
superconductors. The main reason for this constant interest is certainly the large number of …

Carrier doping in conductive radical crystal systems is one of the most important and
challenging issues in employing radicals as charge carriers, ie, electronic radicals for high …

High-field EPR (HFEPR) is defined for the purposes of this review as work in the frequency
range above about 90 GHz. The review continues our earlier survey1 of work published in …

The charge transfer salt β′−(ET) 2 SF 5 CF 2 SO 3, which has previously been considered
a spin-Peierls material with a T SP∼ 33 K, is examined using high-resolution high-field sub …

We present single-crystal x-ray diffraction measurements, optical investigations, and
electronic structure calculations for the organic charge-transfer salt β′-(BEDT-TTF) 2 CF 3 …

Low dimensional molecular crystals have provided many novel material problems for over
20 years. This class of compounds, defined by molecules residing in point groups …

An anisotropic temperature dependent ESR investigation of the organic systems β'-(ET)
2SF5CF2SO3 and (ET) 2SF5NNO2 has led to the indication of a spin-Peierls transition at …