“…Because, a costless alternative for diamond like superhard material is essential for practical application and it keep the investigations for superhard/hard-metals more vibrant [43][44][45][46]. Some of the recent research works pointed out that the carbides are promising class of materiel for hard-metal industries [47][48][49][50][51]. Also, the application of the β-WC in the hard-metal industry is rare because of its meta-stable state at room temperature.Hence, it is important to improve its stability by various substitutions without compromising its hardness.…”
In order to understand the role of W-site substitution on properties of cubic tungsten carbide (β-WC), we have investigated the structural, mechanical, and electronic properties of WXC 2 (X = Si,
“…Because, a costless alternative for diamond like superhard material is essential for practical application and it keep the investigations for superhard/hard-metals more vibrant [43][44][45][46]. Some of the recent research works pointed out that the carbides are promising class of materiel for hard-metal industries [47][48][49][50][51]. Also, the application of the β-WC in the hard-metal industry is rare because of its meta-stable state at room temperature.Hence, it is important to improve its stability by various substitutions without compromising its hardness.…”
In order to understand the role of W-site substitution on properties of cubic tungsten carbide (β-WC), we have investigated the structural, mechanical, and electronic properties of WXC 2 (X = Si,
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