Sentence examples for molecules of solvent from inspiring English sources

Establishing that a reaction is of the first order kinetically (that is, behaves as though only one molecule of the reactant is involved in the transition state) with respect to one of the components, for example, seldom reveals whether or not one or more molecules of solvent also is involved in the transition state.

In the channels oriented along c axis are also molecules of solvent, methanol.

In DIAZ1, molecules of solvent were severely disordered, but suitable disorder models could not be found.

The positive excess acoustic impedance (Z E ) value indicates that over the concentration range of 0.4 0.5 mol% for TBP, significant interaction between the molecules of solvent is present as shown in Fig. 10.

Infrared spectroscopy in the gas phase is currently used on cold (a few K) ionic species to study solvation, by adding the molecules of solvent one by one [4 7].

This involved the simulation of predicted model inside a trajectory box filled with 6940 molecules of solvent (including NaCl and water) and 467 Lipaminoacido acid residues at the temperatures of 0°C, 5°C, 25°C, 37°C, 50°C, and 100°C.

In a solution of an aluminum salt, for instance, a proton is transferred from one of the water molecules in the hydration shell to a molecule of solvent water.

Even with acids the solvent is involved, since there is much evidence to show that the so-called hydrogen ion in solution does not exist as H+ but always contains at least one molecule of solvent, as H3O+ in water, CH3OH2+ in methanol, and NH4+ in liquid ammonia.

Indeed in some cases, it has been shown that a molecule of solvent would rather bind to the vacant site of the cation than [BF20]−; this is a testament to the anion's non-coordinating nature [133, 134, 135].

In pathway I-1, we explored a pathway in which a molecule of solvent (i.e., THF) is explicitly reintroduced into the mechanism.

Emission from molecules in solution is predominantly bandlike caused by interactions of a relatively great number of excited molecules with molecules of the solvent.