通过轧制复合方法,在不同温度条件下制备了Ag/Cu双金属板,研究了剥离载荷作用下分离强度与复合温度的关系,测定了复合基体的硬度并观察了分离界面形貌.350℃复合的试样因具有较大面积的异种金属冶金结合区域而导致其分离强度较高.低于350℃复合试样的冶金结合区域减少,高于350℃复合试样的金属表面趋向于被连续分布的氧化物隔离.这两种情况均会使分离强度下降.
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