间隙固溶体

碳和氧的含量随着烧结温度的升高和真空度的增加而呈递减趋势；碳、氧杂质元素在金属钽中形成间隙固溶体，使多孔钽的力学性能变差。

With sintering temperature raised and vacuum increased , carbon , oxygen content present decreased . Carbon , oxygen impurity elements formed interstitial solid solution in tantalum , which leads to mechanical properties of porous tantalum variation .

实验结果：各试样形成一个晶相：（Al2O3）（1.33）间隙固溶体。

The results show that only one crystalline phase : ( Al2O3 ) i. 33 interstitial solid solution is formed in each sample .

认为对处理间隙固溶体，LFG模型似略胜一筹。

It seems that for treating interstitial solid solution , LFG model is more suitable over the KRC .

铌的受沾污层由氧在铌中的间隙固溶体及沉淀相NbO组成。

The oxidized layer of niobium consists of interstitial solid solution of oxygen in niobium and golden precipitate NbO .

间隙固溶体强化原理。

( 4 ) Strengthening effect of interstitial solid solution .

人造金刚石合成的亚稳定间隙固溶体机制

Nonequilibrium interval solid solution mechamism of diamond synthesis

置换固溶体可增加断裂激活能，并随着合金元素含量的增加而增大；间隙固溶体断裂激活能略有减少。

The substitutional solid solution would increase activation energy of fracture with the content of alloy element , and the interstital solid solution would decrease slightly the activation energy of fracture .