Sentence examples for contribution of dispersion from inspiring English sources

However, a substantial contribution of dispersion forces was present in methanol contents in the mobile phase below 65%.

In above three interaction types the electrostatic (charge) interactions and orbital coordinate interactions make the main contributions, and the contribution of dispersion interactions are less than 10% [8, 41, 42].

The difference of yield strength (67 MPa) in the two QPT steels mainly originate from the contribution of dispersion strengthening effect (44 MPa) under the consideration of the constituent phases.

It is demonstrated that both kinds of boundary conditions can lead to unrealistic results (either mass and heat flux are not conserved or molar fraction and temperature are not continuous in both beds) if the contribution of dispersion to axial mass flow is important, which occurs for long equalization times.

These parameters can be used to design fluid bed adsorption system without resolving the mechanistic contributions of dispersion, mixing, and intraparticle diffusion.

As alcohol molecules such as methanol and ethanol have both polar and non-polar groups, their adsorption behavior is governed by the contributions of dispersion interaction (alkyl group) and hydrogen bonding (OH group).

By comparing the Péclet numbers of those two functions, the contribution of Fickian dispersion and matrix diffusion to solute spreading is determined in a straightforward way.

The characteristic frequency associated with this form of frequency dispersion is not dependent on disk radius, but the contribution of frequency dispersion associated with reactions coupled by adsorbed intermediates may be reduced with the use of small electrodes.

In the second approach, for the contribution of hydrodynamic dispersion and irregular movement of the nanoparticles, modified homogeneous model or dispersion model is adopted [35, 36].

The contribution of axial dispersion was evaluated from the measurements with polystyrenes which cannot penetrate the pores.

Experimental data for the internal heat transfer obtained from a short ITER conductor sample are in good agreement with the expected contribution of thermal dispersion, which supports or proposal.