Sentence examples for material irrespective of from inspiring English sources

The EDM process can machine any electrically conductive material, irrespective of its hardness or mechanical properties, and is thus a useful solution for difficult-to-machine aerospace alloys.

"We know if we say, 'Do not do it,' that they will still do it - they will want to look and view material, irrespective of how grotesque it is.

From an engineering point of view, HP processing is faced with limitations of heat transfer, although it applies pressure isostatically, that is, instantaneously and uniformly throughout a mass of food material irrespective of size, shape, and composition.

The nanocrystalline Ce0.8Gd0.1Pr0.1O2−δ material (irrespective of grain size), shows lowest association energy, i.e., 0.03 eV, which is close to the theoretically predicted lowest value (0.02 eV) in double doped ceria.

It reveals that capacity loss is associated to the use of liquid electrolyte and that it mainly stems from the active material irrespective of the nature of the liquid electrolyte, the water content, synthesis routes and the positive electrode chemistry.

An alternative study design would be to impact an equal volume of graft material irrespective of of how it was prepared.

Cycling revealed that a common change occurs in all materials irrespective of initial properties, with the discharge behaviour standardised by the tenth cycle.

On the other hand, fibroin based materials, irrespective of their physico-chemical characteristics appeared to be unable to induce the activation of peripheral blood T cells from healthy donors, as evaluated by the expression of activation markers and IFN-γ gene.

The hybridization of dentin substrate with the resin gave a higher tensile strength than did the interface of cured cement-restorative materials irrespective of whether being cast metal, cured resin-composite, or porcelain.

Nevertheless, it can be seen from Table  2 that the magnitude of the variability between the three sugarcane residues in terms of the components (cellulose, hemicellulose, lignin, and ash) was smaller than for the raw materials, suggesting that pretreatment with dilute sulfuric acid increased the similarity of the materials, irrespective of sugarcane variety.

Since a significant part of the magnetic signature appears to be superparamagnetic, our data suggest that less dense wood contains more paramagnetic and superparamagnetic material irrespective to the amount of magnetic remanence carriers (presumably saturated).