Sentence examples for powder deposit from inspiring English sources

A zinc oxide-coated paper may replace the selenium plate; if so, the pigment powder deposit is fused directly into the paper surface.

In particular, three samples were selected and are discussed in the present work: sample S01 is representative of the incoherent grey powder deposit; sample S02 was collected prior to the cleaning to document the initial condition of the stone substrate, whereas sample S03 belongs to a cleaned area after the treatment.

The graphite electrode is sublimed and builds up a powder deposit (soot) on the inner surface of the chamber.

In this paper, Inconel 617 superalloy substrates were coated with 8%Y2O33 stabilized tetragonal ZrO2 powder, deposited on top of a Ni22Cr10Al1Y bond coat by atmospheric plasma spraying (APS).

This wide-ranging study spanning over different aspects of mechanical characterization and alloy types will highlight the significant and increasingly important contributions of powder deposited laser-based manufacturing in performing customized manufacturing jobs.

Defect free coatings, made of Tribaloy T-400 powder, deposited by laser cladding on iron and nickel based substrates are described.

Angle of inclination of combustible powder deposits should be considered when assessing fire and explosion hazard in real process industry situations.

In order to predict the heating behaviour in milk powder deposits, a mathematical model describing self-heating in low moisture solids has been developed and a numerical simulation program has been written.

The highest specific surface area value (1315 m2 g−1) was obtained with carbon powder deposited at 450 °C for an applied potential of −6 V and dried at 600 °C under vacuum after washing.

A novel numerical modeling simulation, involving an integration of computational fluid dynamics (CFD), a physical energy function and the finite element method (FEM) to investigate the thermal history experienced by the powder, deposited coating and substrate during the laser cladding of a nickel-based superalloy is performed.

Initially bacterial inactivation ability was evaluated using photocatalytic TiO2 powder deposited as a thin layer on glass Petri dishes.