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研究了不同组成的TiC—Nb粉用机械合金化合成的固溶体(TiyNb(1-y))Cx,并与电弧熔炼的(TiyNb(1-y))Cx固溶体比较,结果表明,二者的XRD谱及晶格常数变化完全一致

(TiyNb1-y)Cx solid solution with TiC-5wt% Nb. TiC-10wt%Nb. TiC-15wt%Nb system powder has been prepared by mechanical alloying. It has been compared with (TiyNb1-y)Cx. solid solution by arc melting method. The results show that ball milling bine increases

参考文献

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[2] 袁润章等,武汉工业大学材料复合新技术国家实验室论文集Ⅲ,1990,P72李贴锦,赵华译《多元共渗》,机械工业出版社,北京,1993
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