研究了Ｆｅ１６Ａｌ（摩尔分数，％，下同）基合金与Ｆｅ２８Ａｌ基合金的温轧形变与再结晶织构。结果表明，ＦｅＡｌ合金系中，不同Ａｌ含量对塑性变形及再结晶机制的影响是与由Ａｌ含量不同引起的结构变化密切相联系的。Ｆｅ１６基合金形变与再结晶行为与纯ＢＣＣ金属类似。Ｆｅ２８Ａｌ基合金变形时外力对织构形成有敏感影响，变形时晶界的应变协调能力较弱。且再结晶后晶粒取向分布有明显的随机化倾向。 The deformation and recrystallization texture of Fe16Al (molar fraction,%, the same below) and Fe28Al-based alloys were investigated. The results show that the effects of different Al contents on the plastic deformation and recrystallization mechanisms in FeAl alloys are closely related to the structural changes caused by the different Al contents. Deformation and recrystallization behavior of Fe-16 based alloys is similar to pure BCC metals. When the deformation of the Fe-28Al-based alloy, the external forces have a sensitive effect on the texture formation, and the strain coordination ability in the grain boundary is weak at the deformation. And after recrystallization grain orientation distribution obvious randomization tendency.