Sentence examples for based on surface energy from inspiring English sources

In order to assess the moisture destruction, the current study bears out an analytical approach based on surface energy.

This selection criteria is fundamentally different from traditional tip selection theories based on surface energy, and is linked to the interactions of dendrites in the array.

Estimated fractional surface coverage for the materials, based on surface energy measurements, indicated 15% coverage by Tsp-POSS and 78% for Oib-POSS.

It considers the breakup contributed by a novel breakup criterion based on surface energy density increase, the droplet surface oscillation from previous collision and the eddies larger than original droplets.

Tests on loose mixtures, destructive mechanical tests on asphalt concrete, nondestructive mechanical tests on asphalt concrete, mechanical tests which provide a measure of cohesion in asphalt and adhesion between asphalt and aggregate, non-mechanical tests which provide a measure of cohesion and adhesion based on surface energy theories, and non-destructive non-mechanical tests.

The dynamics of the SML can be quantified based on surface energy budgets, scaling laws that parallel those found for turbulent wall flows and convective boundary layers with the added complication that Langmuir cells, large-scale organized structures not generally found in atmospheric or engineering flows, may be important.

A model basing on surface energy data of polymer components (rubber and dispersing agent) and filler was introduced in order to determine the thermodynamic equilibrium state of filler wetting, which is found to be simultaneously determined by the filler polymer affinity and the rubber/dispersing agent mass ratio.

Based on surface free energy measurements, the failure mode was estimated to occur preferentially as asphalt cohesion rather than cement-asphalt adhesion or ITZ cohesion.

As we know that rate of reaction plays a dominant role in the shape and size of nanocrystals, during the process of formation of nanocrystals, the growth rate is different for different crystallographic planes which are based on surface free energy minimization principle.

The critical alloy content for complete SnO2 layer coverage were theoretically quantified through a model based on interfacial surface energy.

The theoretical reasoning based on the surface energy parameters of the interacting components in the composite is elaborated to explain the reinforcing effect of talc and wood fiber.