以前的研究工作表明，在空气中600℃~ 800℃时，在钨溅射膜表面生长不同的氧化膜，并表明这层溅射膜的抗氧化性能可通过用其它过渡金属(镍或钛)和/或间隙元素(碳或氮)与其合金化来改变。对镍来讲，葡萄牙学者研究了两种涂层，一种是没有氮，镍含量很少，具有结晶态的体心立方(b Previous research work showed that different oxide films were grown on the surface of tungsten sputtered films at 600 ℃ ~800 ℃ in air and the oxidation resistance of the sputtered films could be improved by using other transition metals (Ni or Ti) And / or interstitial elements (carbon or nitrogen) with alloying. In the case of nickel, Portuguese scholars have studied two coatings, one with no nitrogen and a very small amount of nickel, and a bcc