Sentence examples for technical substrates from inspiring English sources

A new RF-PACVD processing technology is described that helps to overcome some of the most important limitations of existing technology to generate diamond-like carbon (DLC) coatings on technical substrates.

It is shown how the films grown from different precursor gases differ in their ability to cover the original surface structure of technical substrates by analyzing the development of roughness, power spectra and statistical anisotropy of the surface topography measured with atomic force microscopy.

For most technical substrates, these high-solid contents create an environment in which practically no free water exists in the pretreated material, and the slurry becomes difficult to handle.

The experiment was performed in 150 mL serum bottles and the cultures were supplemented with autoclaved-pretreated POME or 0.05 M individual technical grade substrates to investigate the potential use of POME and substrates in preference towards biohydrogen production.

The aim of this work is to present a comprehensive study of low-energy ion beam erosion, especially of the role of reflection of primary ions for different technical important substrate materials with Xe gas ions.

Within the scope of the survey, operators and owners are asked about data concerning the tariffs, produces energy, operational, and technical parameters and substrates.

Underpinning the ideal of the marketized smarter university is a complex mosaic of people, technologies, standards and policies, all of which are being brought into alignment as the social, political, technical and material substrate to the utopia of a big data-driven, marketized Higher Education sector.

The concentration of purified PP2A-B55 was 0.5 nM; n = 4 technical replicates at each substrate concentration point.

The technical performance includes enzyme stability, substrate specificity, enantioselectivity, and reactivity (Mateo et al. 2007; Schoffelen and van Hest 2012).

Though the planar (two-dimensional) design is compatible with MEMS fabrication, its cooling performance is reduced compared to that of a pyramid (three-dimensional) design, due to a mechanically indispensable thin dielectric substrate (SiO2) and technical limit on TE film thickness.

Rates are the mean of sixteen technical replicates of amount of substrate evolved per unit time per gram bead.