The characteristics of power consumption are considered depending on the parameters of the billet, on the design of the facility, and on the mode of TFIH annealing of copper and brass ribbons. The mechanical properties of the alloys are determined. Amethod for indirect online power control and control of the TFIH process is suggested for obtaining rolled products in the states of retrogression, primary and secondary recrystallization. Comparative analysis of the effect of variable thickness of rolled ribbons on the energy intensity, scattering of the properties due to different kinds of annealing and accuracy of the ribbon sizes in subsequent rolling is performed. Induction annealing in transverse magnetic field is shown to be the most advantageous under the condition of online power control.

根据钢坯参数、设备设计以及铜和黄铜带的 TFIH 退火方式来考虑功耗特性。确定合金的机械性能。提出了一种间接在线功率控制和TFIH过程控制的方法，以获得退缩、一次和二次再结晶状态的轧制产品。对比分析了轧制带材不同厚度对能量强度的影响、不同退火方式对性能的影响以及后续轧制过程中带材尺寸精度的影响。横向磁场中的感应退火在在线功率控制的条件下被证明是最有利的。