Sentence examples for long-term alloy from inspiring English sources

The electrodeposited nanolayer acted as a barrier against the diffusion of ions through it and reduced very much (about ten times lower) the corrosion and ion release rates, a good indicator of increased long-term alloy biocompatibility in Ringer's solutions/simulated body fluids.

The alloy design and selection process was supported by computational thermodynamics based on the CALPHAD approach, taking into account requirements for processing as well as long term alloy behavior under service conditions.

According to the mechanical property analysis, the boron additions contribute to mainly tensile ductility especially the elongation of whether the heat treated alloy or the long-term thermal exposed alloy.

The local systemic and biologic effects of long-term use of metal alloys and polymeric materials remain largely uncharacterized.

Moreover, simulated body fluid immersion test demonstrated that FHA coating combined with formed HA mineralized layer together offered favorable long-term protection for magnesium alloy.

The competitive dissolution reactions from guest M atoms and liquid electrolyte contribute to the long-term stability of PtM0.1 alloy CEs.

Here, the long-term stability of the alloy was studied and it was found that topologically close-packed (TCP) phases can form at the γ-η interface or, less frequently, at grain boundaries.

A ZrC nanocrystalline coating is engineered onto a Ti 6Al 4V substrate using a double cathode glow discharge technique in order to improve the corrosion resistance and long-term stability of this alloy.

This chapter focuses on the classical metal hydrides their thermal, cyclic hydrogen charge discharge behavior, and methodology of intrinsic and extrinsic testing to test long-term durability of the alloys, from a metallurgical engineer's perspective.

This study looked at the direct long-term effect of magnesium alloys on primary HRDs.

It discusses several kinds of corrosion and the main causes of their occurrence and presents the problems of modeling corrosion processes on aluminum and copper alloys and to the long-term prediction of life for these alloys.