In the first volume of Spin Labeling: Theory and Applications a chapter was written by one of
us (JHF) in which a detailed theory for the interpretation of ESR spectra of spin labels in the …

It is shown that allowed double-quantum coherences (DQC) can now be routinely generated
in disordered and oriented solids containing nitroxide biradicals and random distributions of …

Conclusion The output characteristics of a flashlamp-pumped HCN gas laser have been
interpreted on the basis of initial excitation of v3, the CH stretch, by the infrared tail of the …

A detailed formulation is presented for the analysis of slow motional ESR in terms of the
reorientation of the probe molecule within a dynamic solvent cage. This formulation is …

The study of molecular dynamics in liquids is an active and exciting area in theoretical,
computational, and experimental chemical physics. The majority of experimental techniques …

Unlike extracellular MRI contrast agents, which distribute non-specifically throughout the
plasma and interstitial space of the body, blood-pool contrast agents (BPCA's) can remain …

Spin-label electron paramagnetic resonance (EPR) spectroscopy is a versatile molecular
probe method that finds wide application in molecular biophysics and structural biology. This …

Novel photocontrollable photonic crystals based on porous silicon prepared by
electrochemical etching are elaborated and their great potential for creation of …

The finding of non-viral carriers for the delivery and release of pharmaceutical and biological
compounds to ill organs and tissues is one of the most widely investigated topic in medicinal …

We studied the molecular dynamics of vanadyl− chelate complexes covalently attached to
the surface of cascade polymers, dendrimers. The rotational correlation times of the ion …