The phrase "alloy compound" is correct and usable in written English.
It can be used in contexts related to chemistry or materials science, specifically when discussing substances formed by the combination of metals or other elements.
Example: "The alloy compound created from copper and zinc is known as brass, which is widely used in various applications."
Alternatives: "metallic compound" or "metal alloy".
The composite ceramics that Ti-rich alloy compound was coating unfused Al2O3 and TiC ceramics respectively were generated in the coating.
Also, the polymer insulating materials are expected to be used as solid materials such as glass fiber reinforced plastic (GFRP), polytetra-fluoroethylene (PTFE, Teflon), Silicon (Si) rubber, aromatic polyamide (Nomex), EPDM/Silicon alloy compound (EPDM/Si).
Several methods have been used for reducing the ordering temperature and enhancing the perpendicular magnetic anisotropy (PMA) of the L10 phase FePt thin films, for example, i) introduction of an underlayer, ii) introduction of a cap layer, and iii) addition of a third element to form a ternary alloy compound.
The present analysis approach can be useful in the design of MOVPE growth of Ga1−xInxP alloy compounds as well as of other P-containing semiconductors.
In this case, depletion of silicon, which is embedded in the aluminum matrix to increase the hardness of the alloy compounds, was observed at scuffing.
Complex-plane spectrum plots are derived for the h.e.r. at one of the most inactive, typical hydridic, TiNi, and one of the most active, typical electrocatalytic, TiNi3, intermetallic alloy compounds at various potentials.
PVD technology is very versatile, enabling one to deposit virtually every type of inorganic material – metals, alloys, compounds and mixtures thereof, as well as some organic materials.
The method, coined LISI™ laser marking, uses a laser beam to melt a pre-placed powder mix of alloying compounds into the surface of the part in a desired pattern.
The specific marking preparation steps, typical processing conditions and a representative set of results are presented for LISI™ laser marking of AISI 4340 steel with Cr-CrB2, and 2024 aluminum with WC. Results include transverse cross-sectional views and hardness measurements of the marked material, and data on the concentration of alloying compounds within the laser melted layer.
In this review, we summarize the significant developments and achievements in regards of manipulation, property measurements and device applications of inorganic nanowires sheathed inside nanotubes according to different categories of the filling materials, i.e., metals, alloys, compounds and semiconductor metal heterojunction nanowires.
Most recently, magnetron sputtering deposition has been proposed by many researchers as a flexible deposition technique that offers many advantages including high-deposition rates; ease of sputtering any metal, alloy or compound; the formation of high-purity films; extremely high adhesion to films; and the ability to form dense coatings [16-18] [16-18]
