The main properties of boron nitride ceramics
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The main properties of boron nitride ceramics.
Two preparation methods of high entropy alloy sputtering targets
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At present, there are mainly two preparation methods of high entropy alloy targets: special melting and powder metallurgy.
What are the advantages and uses of boron nitride ceramics?
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What are the advantages and uses of boron nitride ceramics?
Application of hyperthermal alloys
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High-temperature alloy refers to a class of metal material based on iron, nickel, and cobalt and can work at high temperature under the action of 600℃ and certain stress; and has high-temperature strength, good oxidation resistance, and corrosion resistance, good fatigue performance, and fracture toughness. The alloys are a single austenitic tissue with good tissue stability and usage reliability at various temperatures.
Excellent Performance of the High Entropy Alloy
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High entropy alloy is an innovative material made of five or more types of metal elements. These materials have been concerned in the fields of metallurgy, materials, and engineering science due to their outstanding mechanical properties.