Sentence examples for composite alloys from inspiring English sources

The preliminary cell culture experiment indicated good biocompatibility of the composite alloys free from highly toxic elements Ni and Be.

Ti-based bulk metallic glass composite alloys Ti56Zr6Cu19.8Pd8.4Sn1.8Nb8, Ti64Zr4Cu13.2Pd5.6Sn1.2Nb12 and Ti68Cu13.2Pd5.6Sn1.2Nb12 were designed to obtain the microstructure composing of β-Ti dendrites and glassy matrix.

The composite alloys consist of β-Ti dendrites and ultrafine-structured CuTi2 and CuTi phases as well as a trace amount of glassy phase.

These Ti-based composite alloys are promising to have potential structural and biomedical applications due to the combination of good mechanical properties and biocompatibility.

This paper presents some results of the project that deals with the development and thermal spraying of particle-reinforced iron-based composite alloys.

Tungsten will be used as armor material for blanket shielding and is designated as high heat flux material for divertors, beyond application of improved W composite alloys as structural material.

The composition and microstructure of composite alloying layer were analyzed by means of SEM, TEM and XRD.

Starting from the bulk glass-forming composition Mg59.5Cu22.9Ag6.6Gd11, the development of a bulk glassy matrix composite alloy with high strength and ductility was attempted by adding a large amount of Sc to induce the formation of the MgSc intermetallic compound.

These proprieties enhanced the electrochemical behavior of the composite alloy.

The discharge capacity retention of the composite alloy plating Al after 200 cycles is 7.8% higher than the untreated.

The dry wear test results showed that the wear weight loss of composite alloying layer was 45% and 65% less than that of 316L stainless steel and Ni Cr Mo Cu alloying layer, respectively.