Sentence examples for feedstocks were prepared from inspiring English sources

In this paper, PEG/PMMA/PVP binder-based feedstocks were prepared with a 67voll% solid loading in order to evaluate the effects of PVP incorporation on the PEG/PMMA binder for titanium MIM.

Feedstock was prepared consisting of a high volume fraction of powder (0.48).

The feedstock was prepared by mechanically mixing the main powder constituent, i.e., iron ASC 100.29 powder with different weight percent of zinc stearate at different mixing time.

MoSi2 CoNiCrAlY nanocomposite feedstock was prepared by high energy ball milling starting from a mixture of 50 wt.% MoSi2 and 50 wt.% CoNiCrAlY powders.

The feedstock was prepared by mechanically mixing the main powder constituent, i.e., iron ASC 100.29 powder with zinc stearate to reduce the die wall as well as inter-particle frictions hence inhomogeneous density distribution could be avoided.

The feedstock was prepared by mixing Fe micropowder (D50 = 4 μm) and nanopowder agglomerate composed of a bimodal particle distribution (D50 = 330 nm and D50 = 30 nm, respectively) with low viscosity wax-based binders.

The composite powder feedstock was prepared by: (1) mixing by ball milling NiCr powder with 0, 0.5, 1 wt% CNTs for 48 h: (2) growing carbon nanotubes on NiCr powder using chemical vapor deposition (CVD) technique at 650 °C for 60 min under ethanol atmosphere.

The feedstock was prepared and transferred into the feed storage, and its temperature was maintained at pre-set temperature prior to flow through the pump into the flowing loop.

Another tube with the same phase-forming components but without the feedstock was prepared as a blank to avoid interference.

The dilute acid/Fe2+ ion cocatalyst-impregnated feedstock was prepared the same day as the pretreatment experiments were conducted to decrease the likelihood of oxidation of Fe2+ to Fe3+, and the impregnated feedstock was kept under argon.

Two experimental agglomerated and sintered (a&s) feedstock powders were prepared, in order to reveal the role of WC addition on the microstructure, hardness, and the abrasion resistance of HVOF-sprayed Cr3C2-NiCr coatings.