Sentence examples for hard alloy from inspiring English sources
The hardness of the surface layer containing oversaturated (W1−xTix C solid solution with the thickness of several microns exceeds the hardness of untreated hard alloy in 2 times.
The hardness of (W0.4Al0.6 C0.65 Co hard alloy was very high, and the density, operate cost of the novel material were much lower than WC Co, more important is the aluminum dissolving is not decrease the strength compared with the WC Co system.
High strength low alloy steel (HSLA) is a hard alloy with high hardness and wear resisting property.
Phase composition, sizes of coherent scattering regions, hardness and friction coefficient of WC TiC Co hard alloy and "(Ti,Cr N coating-on-alloy" system treated by high power ion beams (HPIB) are studied.
The hardness, bending strength, density of the novel hard alloy are also tested, and it has superior mechanical properties.
The effect of treatment by high intensity pulse ion beam (HPIB) and compression plasma flow (CPF) with energy density greater than 10 J/cm2 on the phase and element composition, microstructure, hardness and depth of modified layer of WC TiC Co hard alloy was investigated.
Many of the three-cent nickel pieces were not fully struck, and are missing details of the design; this is because the head of Liberty is directly opposite the III, and the Mint had trouble getting the hard metal alloy to adequately flow to the high points of both sides.
Hydrogen is absorbed at high temperatures by many transition metals (scandium, 21, through copper, 29; yttrium, 39, through silver, 47; hafnium, 72, through gold, 79); and metals of the actinoid (actinium, 89, through lawrencium, 103) and lanthanoid series (lanthanum, 57, through lutetium, 71) to form hard, alloy-like hydrides.
DLC films have usually been deposited on super hard alloys.
The pellets of nuclear fuel are encased in hard alloys based on zirconium (which lets neutrons pass freely through), to make fuel rods.
For a long time, coatings such as hard nickel, hard chromium, hard alloys and hard composites have been developed for engineering applications due to the improved wear resistance.
