Wear resistance and thermal conductivity of Zr-base amorphous alloy/metal surface composites fabricated by high-energy electron beam irradiation

Correlation of Microstructure and Mechanical Properties of Tantalum-Continuous-Fiber-Reinforced Amorphous Matrix Composite Processed by Liquid Pressing

“…They were formed by the interaction of Zr with C of a graphite crucible during processing an LM1 master alloy in an induction melting furnace, and were not dissolved even during the liquid pressing process. [23] Figure 4(a) shows a TEM bright image of the composite. There is a thin layer composed of very fine particles of about~30 to 50 nm in size at the fiber/matrix interface, and the layer plays a role in chemically combining fibers and matrix.…”

Correlation of microstructure and compressive properties of amorphous matrix composites reinforced with tungsten continuous fibers or porous foams

“…1(c)). These particles are identified to be fcc phases (lattice parameter; 1.185 nm) [20], and their volume fraction is 1-2%. Representative physical properties of the LM1 alloy and tungsten are summarized in Table 1.…”

Microstructure and properties of Fe-based amorphous metallic coating produced by high velocity axial plasma spraying

“…This renders the coating forming a temperature gradient along the coating depth [31]. Generally, amorphous alloys display a lower heat conductivity [13,32,33], thus, the deposited thicker coating leads to the less amorphous phase content. Fig.…”