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Ti与过渡族fcc金属二元合金的AEAM模型形成焓计算
The formation enthalpy calculation of Ti-and-fcc-Transition-Metals binaryalloys system with the model of AEAM theory
【摘要】 运用普适AEAM模型理论,系统地研究了Ti与fcc金属组成的二元合金系统形成焓,并将计算结果同已有的试验结果的Ti-Cu系统进行了比较.结果表明,对于Ti-Cu系统,符合得比较好.从而说明,普适AEAM模型理论在研究Ti与fcc金属组成的二元合金的系统形成焓时是合理的.图2,参8.
【Abstract】 The model of AEAM theory was used to calculate the formation enthalpies of Ti-and-fcc-transition-metals binary alloys system.The calculated values of Ti-Cu binary alloys system were compared with the available experimental data.The result shows that the formation enthalpies of Ti-Cu system agree very well with the experimental data.and that the formation enthalpies of Ti-and-fcc-transition-metals binary alloys system calculated by the model of AEAM theory is resonable.2figs.,8refs.
【关键词】 AEAM模型;
过渡族fcc金属;
形成焓;
【Key words】 AEAM theory model; fcc transition metal; formation enthalpy Binary Alloys;
【Key words】 AEAM theory model; fcc transition metal; formation enthalpy Binary Alloys;
- 【文献出处】 湖南科技大学学报(自然科学版) , 编辑部邮箱 ,2005年03期
- 【分类号】TG111
- 【下载频次】89