在耐热高导铜合金的发展中,有一种新的机械合金化方法可获得优异的特性。机械合金化用于铜基材料,其目的是在固溶和沉淀强化的复合基体中,通过氧化物弥散分布以提高高温性能。初步结果表明,通过高能球磨机的碾磨使细小氧化物在铜基体中达到均匀弥散的分布。 In the development of heat-resistant high-conductivity copper alloy, there is a new method of mechanical alloying to obtain excellent properties. Mechanical alloying for copper-based materials, the purpose of which is in the solid solution and precipitation enhanced composite matrix, through the oxide dispersion distribution to improve high temperature performance. Preliminary results show that the milling of the high-energy ball mill results in a uniform and uniform distribution of fine oxides in the copper matrix.