Sentence examples for metallurgy surface from inspiring English sources

This is followed by a concise description of commonly used conventional manufacturing processes, including hot working, superplastic forming, cold forming, machining, joining, powder metallurgy, surface treatments, and casting.

Various examples of troubleshooting involving target design, target metallurgy, surface and sub-surface characteristics, contaminations, arcing, re-deposition and de-bonding have been presented which are not readily available in the literature.

For example, in: industrial and extractive metallurgy, surface treatments such as plasma spraying (coating), etching in microelectronics, metal cutting and welding; as well as in everyday vehicle exhaust cleanup and fluorescent/luminescent lamps, while even playing a part in supersonic combustion engines for aerospace engineering.

The effects of metallurgy and surface roughness on wettability were investigated using the measured thickness of residual drilling mud.

The Fe Al Nb alloyed coating was prepared by implanting the Nb atoms into the Fe Al coating using a double-glow plasma surface metallurgy method.

Double glow plasma surface metallurgy and heat treatment technology that generated excellent properties reinforcing layer on the surface of Q235 steel was introduced.

This paper reports on an experiment, in which some metallurgical coatings of iron-based alloy with different contents of La2O3 and CeO2 were prepared on AISI1020 steel using a homemade DC-plasma jet surface metallurgy equipment.

Clients are located throughout the site and have different requirements in terms of pressure, temperature, temperature variation, flow, metallurgy of wetted surfaces, and water quality.

The results demonstrate the possibility of the surface electrochemical metallurgy (SECM) is a promising surface engineering and additive manufacturing method.

These parameters include ΔT, heat flux, liquid type, liquid velocity, and metallurgy of heat transfer surfaces.

For example, to improve the performance of conventional titanium-based materials for orthopedic applications (i.e., fabricated by traditional metallurgy techniques and possibly surface-treated by mechanical methods such as grinding and polishing), hydroxyapatite has often been used as a coating [1].