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Solid-state synthesis of tungsten carbide from tungsten oxide and carbon, and its catalysis by nickel

机译:由氧化钨和碳固相合成碳化钨及其镍催化

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摘要

Tungsten carbide has been produced by heating a mixture of tungsten oxide and carbon powder at 1300 ℃ for 2 h. Further batches were made with additional KC1, KCl+Ni, or KCl+Fe. The products were compared by XRD and SEM. A mixture of WC and W_2C was produced from the plain WO_3/ carbon reaction, but adding 1 wt.% nickel assisted the formation of a pure WC phase. Both Ni and Fe assisted the growth of larger WC crystals.
机译:碳化钨是通过将氧化钨和碳粉的混合物在1300℃下加热2小时而制得的。用额外的KCl,KCl + Ni或KCl + Fe制成其他批次。通过XRD和SEM比较产物。 WC和W_2C的混合物是通过普通的WO_3 /碳反应生成的,但是添加1 wt%的镍有助于形成纯WC相。镍和铁都有助于较大的WC晶体的生长。

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