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金属玻璃~([1]),亦称非晶态合金,有着优良的物理性质,包括接近理论值的高强度,高硬度,高延性,耐腐蚀性以及不随温度变化的高电阻率。此外,磁性金属玻璃有很低的磁损耗和高的导磁率。这些综合性的优点使金属玻璃得到了极为广泛的应用。产生非晶态金属有各种方法,其中有几种是以熔体骤冷(快速淬火)为基础的,如熔体喷纺和快脉冲激光辐照都是熔体骤冷技术的例子。最近5年,一个新的方法——离子束混合形
Metallic glass ~ ([1]), also known as amorphous alloy, has excellent physical properties including high strength, high hardness, high ductility, high ductility, corrosion resistance and high resistivity without temperature change close to the theoretical value. In addition, magnetic metallic glass has low magnetic loss and high magnetic permeability. These comprehensive advantages make the metal glass has been a very wide range of applications. There are various methods of producing amorphous metals, several of which are based on melt quenching (rapid quenching), such as melt-spinning and rapid pulsed laser irradiation, all of which are examples of melt quenching techniques. In the recent 5 years, a new method - ion beam hybrid shape