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在含硫的高温环境下,金属会受到硫化和氧化的双重侵蚀。日本东北大学的专家研制成功一种既能耐硫化又能耐氧化的新型合金,它用铝和钼制成。采用一般的溶化方法,铝和钼这两种金属是无法溶合在一起的。日本专家采用的方法是:用氩离子撞击铝和钼,使被赶出来的原子状金属堆积,从而制成合金。这是一种制造非晶态合金的
In sulfur-containing high temperature environments, metals are subject to double attack of sulfurization and oxidation. Japan’s Tohoku University experts successfully developed a new type of both sulfide and oxidation resistance of the alloy, which is made of aluminum and molybdenum. Using common melting methods, the two metals, aluminum and molybdenum, are not compatible. Japanese experts have adopted the method is: Argon ions hit the aluminum and molybdenum, the evacuation of atomic metal accumulation, which made the alloy. This is a manufacturing amorphous alloy