Examples of 'intermetallics' in a sentence
Meaning of "intermetallics"
Intermetallics refer to a type of compound that forms between metals, often exhibiting properties different from those of the pure metals. They are commonly used in materials science and metallurgy
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- plural of intermetallic
How to use "intermetallics" in a sentence
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intermetallics
The formation of intermetallics can cause problems.
Intermetallics are signifificantly harder than pure tin.
Solder joint failure by creep fatigue or intermetallics cracks.
Intermetallics are often hard and brittle.
These precipitates may or may not constitute intermetallics.
These intermetallics are harmful to mechanical properties of the alloy.
The tin in the solder forms intermetallics with the copper.
Intermetallics have poor electrical conductivity and low strength.
Superalloys and intermetallics.
Intermetallics often contain copper metal which is prone to corrosion.
It becomes so intensive that eventually a continuous boundary network of anodic intermetallics is resulted.
Formation of intermetallics in foundry alloys.
Small additions of silicon are actually known to improve the heat resistance of these intermetallics.
The intermetallics are both electrically conductive and robust.
The frequency response of the magnetostrictive intermetallics is lower than that of the piezoelectrics.
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Layers of intermetallics can form between the solder and the soldered material.
Conventional homogenization temperatures typically result in lower conductivity due to the dissolution of intermetallics.
The actual composition of the intermetallics is determined by the compounds that are energetically favored.
Part of the liquid product stream then remains with the intermetallics formed.
These intermetallics are weaker than the braze and dilute the remaining braze that is present.
Co will often also be used as a precipitation promoter for the precipitation of Ni intermetallics.
These intermetallics promote the precipitation of Mg containing anodic intermetallics in grain interiors.
Materials development - intermetallics and reinforcement phases.
Niobium stannide, Nb3Sn is perhaps the best known superconducting tin intermetallics.
Properties of ceramics, intermetallics and metal matrix composites.
Monolithic alloys ; matrix alloys and reinforce ment phases for composites ; other intermetallics lics.
Other gold-aluminium intermetallics can cause problems as well.
This treatment causes dark areas where FeAl6 intermetallics are formed.
Silicides, intermetallics involving silicon, are utilized as barrier and contact layers in microelectronics.
Most generally, any zirconium alloy that forms intermetallics may be employed.
Various metal alloys and intermetallics react with hydrogen, forming metal hydrides.
Similar Al behavior is observed for Al-Mg intermetallics.
Table 7 shows heats of formation of selected intermetallics which can be formed by reaction synthesis.
Indium-gold intermetallics are brittle and occupy about 4 times more volume than the original gold.
A very high Mn content might lead to the detrimental formation of large Fe-Mn intermetallics.
Indium-copper intermetallics may be formed on the copper woven mesh, screen or fiber structure.
Environmental dependence of bonding, A challenge for modelling of intermetallics and fusion materials.
In addition, these intermetallics increase the porosity level of the alloy by blocking inter-dendritic feeding.
The microstructure is characterised by the presence of Al-Fe-Mn-Si intermetallics.
Additionally, the intermetallics can adhere the braze very strongly to the metal of the core.
Typical laminae materials include polymers, metals, metal alloys, super alloys, or intermetallics.
A separation of intermetallics process is performed in second process vessel 17.
Selective leaching of NiAl3 and Ni2Al3 intermetallics to form Raney nickels.
Intermetallics, synthesis, structure, function.
However, Al-Fe - additive intermetallics contain a high amount of aluminium.
Zircaloy 2 and Zircaloy 4 are a-phase alloys characterized by a precipitation of intermetallics in an a-phase matrix.
Either antimony or germanium intermetallics are preferred at sulfur levels above about 500 ppm S.
One form of dross, bottom dross, is predominately delta phase ( FeZn7 ) of zinc-iron intermetallics.
It is preferred to use tin intermetallics at the lower sulfur levels ( below about 500 ppm S ).
