在 1023 K 的 Ag-Ti-Zr 三元系统的等温的节被散开三元组和电子探针微量分析决定。结果显示 AgTi, AgTi_2, AgZr 和 AgZr_2 的四个二进制金属间化合的阶段在 1 023 K 在 Ag-Ti-Zr 三元系统被发现。AgZr_2 和 AgTi_2 形成一个连续稳固的答案,也就是 Ag (Ti, Zr )_2。四个三阶段的区域:AgTi +AgZr + Ag, AgTi +AgZr + Ag (Ti, Zr )_2,α -Zr+ β(Ti, Zr )+ Ag (Ti, Zr )_2 和 a-Ti + β(Ti, Zr )+ Ag (Ti, Zr )_2 在等温的节存在。没有三元化合物被观察。
The isothermal section of Ag-Ti-Zr ternary system at 1023 K was determined by diffusion triple and electron probe microanalysis. The results indicate that four binary intermetallic phases of AgTi, AgTi2, AgZr and AgZr2 are found in Ag-Ti-Zr ternary system at 1 023 K. AgZr2 and AgTi2 form a continuous solid solution, namely Ag(Ti,Zr)2. Four three-phase regions: AgTi +AgZr + Ag, AgTi +AgZr + Ag (Ti, Zr)2, α-Zr +β(Ti, Zr)+ Ag (Ti, Zr)2 and α-Ti +β(Ti, Zr)+ Ag (Ti, Zr)2 exist in the isothermal section. No ternary compound is observed.