前言愈来愈多的现代化热处理设备装备有微处理机,用以自动控制温度/时间操作周期、保护性或活性炉气气氛、工件装卸、甚或淬火操作等。但另一方面,达到所需的热处理性能的工艺参数,却是根据实验结果确定的。对于常用的热处理工艺(如渗碳、淬火和回火)如果对工件的几何形状、热处理后所要求的材料性能以及实际使用的热处理设备等有很可靠的数据,就可以编制计算机程序,以确定热处理参数。其目的是节约时间 Preface A growing number of modern heat treatment equipment are equipped with microprocessors to automatically control temperature / time operating cycles, protective or reactive gas atmospheres, workpiece handling, and even quenching operations. On the other hand, however, the process parameters to achieve the desired heat treatment properties were determined on the basis of experimental results. For commonly used heat treatment processes such as carburizing, quenching and tempering, computer programs can be prepared to determine if the geometry of the work piece, the material properties required after the heat treatment, and the heat treatment equipment actually used, etc. have very reliable data Heat treatment parameters. Its purpose is to save time