Sentence examples for index of solvent from inspiring English sources

η2X = Refractive index of solvent for sample.

η2ST = Refractive index of solvent for standard sample.

Coleman et al. proposed that when the refractive index of solvent matches with that of graphene, this potential energy can even approach zero.

Therefore, the results indicate that the indices of solvent sensitivity (solvatochromism) and conformational freedom (viscosity) can be utilized as predictive determinants for achieving superior LCOs for spectral separation of differing protein aggregates.

The LSER method basely uses a linear combination of several solvatochromic indices of solvents to describe their physical properties.

where π* is an index of the solvent dipolarity/polarizability; β is a measure of the solvent hydrogen bonding acceptor (HBA) basicity; α is a measure of the solvent hydrogen bonding donor (HBD) acidity and ν0 is the regression value of this solvent property in cyclohexane as reference solvent [16].

In case of solution, it corresponds to the refractive index of the solvent.

where π* is an index of the solvent dipolarity / polarizability, β is a measure of the solvent hydrogen-bonding acceptor (HBA) basicity, α is a measure of the solvent hydrogen-bonding donor (HBD) acidity and ν0 is the regression value of the solute property in cyclohexane as the reference solvent.

24 The relative slopes of the fitted lines allows for a comparison of the solvent sensitivity of each of the LCOs tested by means of the orientation polarizability, Δ f, for each solvent, determined by the equation: (1) 1 in which ε is the dielectric constant and n the refractive index of each solvent.

The absolute fluorescence QY of the nanocrystals was determined by comparison with a freshly prepared solution of Rhodamine 6G in ethanol (QY 95%), using the following formula: with Φ being the QY, grad the gradient (slope) of the plot of the integrated fluorescence intensity vs. absorbance, and n the refractive index of the solvent (1.375 for hexanes, 1.36 for ethanol).

where the subscripts s and x denote standard (rhodamine 6G) and test samples, respectively, φ is QY, F is the area of integrated fluorescence intensity, A is the absorbance at the absorption peak, and η is the refractive index of the solvent.