Sentence examples for modes of solvent from inspiring English sources

From the combinatorial solvent screen, there seem to be two modes of solvent effects: chelating or coordinating ability of the solvent and cluster solubility in the solvent.

Q j, P j, Ω j, and g j are the mass-weighted coordinate, the corresponding momentum, the (angular) frequency and the coupling with the tunneling electron of the jth solvent mode (i.e., an atomic coordinate in a discrete solvent model or a mode of the solvent polarization in a continuum model).

Thermal behaviour of ATC and its solvates studied by DSC and TGA indicate similar pattern suggesting similar mode of entrapment of solvent molecules.

Different continuous operating modes of a nondispersive solvent extraction (NDSX) process with membrane modules of hollow fibre for wastewater treatment and metal recovery are evaluated.

Vibrational spectral data for LiN CF3SO2 2 PC electrolytes reveal that the solvation of lithium ions manifests from Li+OC and Li+ O(ring oxygens) interactions as the νs(CO), the ring breathing and the δ(CH) modes of the pentagonal solvent ring are strongly perturbed for all salt concentrations.

If the effect is ascribed solely to vibrational frequency dispersion of the external solvent and quantum mechanical freezing of solvent modes at the lower temperatures, it is much smaller than the observed effects.

By appropriate expression of E(X), the PCET rate in eq 9.23 can include the effects of solvent modes, as in the studies of Hammes-Schiffer's group, and can be applied to gated biological PT reactions.

Choice of solvent mixture and mode of application has always depended on the skill and experience of the conservator, but modern scientific theory has clarified the procedures.

The spectra of other xerogels in different solvents are different, suggesting the different H-bond and assembly modes of the gelator in various solvents.

Solvent viscosity can be used to assess probe behavior based on conformational restrictions, 24,  29 since highly viscous solvents exhibit slow solvent reorientation, restrict conformational freedom, and reduce vibrational modes of relaxation, resulting in emission before complete solvent reorientation and a hypsochromic shift of the probe's emission spectra.

This discrepancy could be related to the nature of solvent used and the mode of preparation of the plant extracts.