Sentence examples for substrates were explored from inspiring English sources

Substrates were explored by nanoindentation in dark and during irradiation of the tip/substrate contact zone with 670 nm laser light (power 4.5 mW, intensity 4.0 kW ∙ m−2).

In this contribution, various Ti thin substrates were explored and compared for the anodic growth of self-organized TiO2 nanotube layers for the first time.

The confinement factors, modal losses, and corresponding transparency thresholds of the guided modes on thin and thick substrates were explored for various wire radii.

Thus, in the present study, Cel9A was introduced in the cellulosome-producing bacterium as a free or as a cellulosomal enzyme and the ability of the recombinant strains to degrade and grow on two different crystalline cellulose substrates was explored.

SERS performance of the hybrid substrate was explored using p-ATP as the Raman probe.

In this study, after laser coating of a CrMoTaWZr CCA onto an H13 tool steel substrate was explored.

Meanwhile, the SERS-active substrate was explored for the assay of 4-mercaptobenzoic acid (4-MBA) with significantly enhanced SERS performance.

The possibility of applying the surface acoustic waves (SAWs) technique to determine the adhesion of film and substrate is explored by a theoretical approach.

An integrative insulation consisting of a MoSi2/borosilicate glass coating and a fibrous ZrO2 ceramic substrate was explored for applications up to 1673 K.

In this work, the RS behavior in the Lu2O3 thin films on flexible PET substrate is explored for advanced flexible nonvolatile random access memory applications.

With imino ether 4 in hand, allylation of this substrate was explored using allyl iodide as an electrophile (Table 1).