Sentence examples for of underlying material from inspiring English sources

Erosion threshold 1: 10% decline in transmission Erosion threshold 2: 20% decline in transmission Erosion threshold 3: 50% decline in transmission Erosion threshold 4: 75% decline in transmission These thresholds represented the first unequivocal reducing in transmission (1), the general erosion of surface material (2), the erosion of underlying material (3) and general bulk erosion (4).

(2) The SBS values of resin composites are not affected by the type of underlying material used.

Following initial preparations, specimens of each group of underlying material were divided into 2 subgroups according to the composite to be used in lamination.

This study also found that, with the exception of FZ250-BFC, SBS values of laminated composites were not affected by the type of underlying material.

Thermal contact conductance between the contacting structures depends on the mechanical properties of underlying materials, thermo-physical properties of the interstitial fluid and surface condition of the structures coming in contact.

Self-healing coatings mimic the fundamental principle of living organisms, self-diagnose the internal defects or external mechanical damage and self-repair without any energy intervention to regenerate the integrity of coatings, which eliminate the potential risks, prolong the service life and achieve the long-term protection of underlying materials.

We also discuss and compare the macroscopic observations and conclusions on materials properties with that of lattice Boltzmann simulations of transport properties based on underlying material structure and chemistry.

Occupying just under 11 percent of the nonpolar continental land surface of the Earth, they are formed on surface features of recent geologic origin, on underlying material that is highly resistant to weathering, or under conditions of extreme wetness or dryness.

Though the model allows to take into account an arbitrary number of solid phases of the underlying material, we restrict the investigations to the simulation of phase-transformations between an austenitic parent phase and a martensitic tension and compression phase.

Moreover, if the surface layer is well known up to a few tens of centimeters, we would also have knowledge of the permittivity of the underlying material.

Adequate weld quality could be achieved in all cases except that welds were undersized when the ratio of the thickness of the underlying material to total sheet thickness was less than 0.7.