目前，非晶态合金的研究主要集中在通过成份调控提高形成能力、力学性能、物理性能等问题，对形成非晶合金的液体的性质以及和非晶形成的关系涉及的很少。而液态合金作为非晶态合金凝固成型前的母体，其粘度等性质很大程度上决定了成型后非晶态合金的某些结构与性能。粘度是理解非晶形成机制的一个非常关键的宏观物理参量。 本项目拟设计一台非晶合金形成液体粘度测量的专用仪器。利用该设备与现有仪器相结合组成测量非晶合金全范围粘度的平台，系统测量全范围测量液态合金凝固过程中全范围粘度变化，在此基础上研究非晶态合金的形成规律。

At present, studies on amorphous alloy focus mainly on improving the formation of ability, mechanical properties, physical properties and so on. But other issues involved in the formation of amorphous alloys, such as properties of liquids have been studied rarely. The nature of liquid alloys' viscosity largely determines the structure and properties of amorphous alloy. Viscosity is a critical macro-physical parameters to understand the glass forming mechanism. The project intends to design and devolope an instrument for viscosity measurements. Based on it, the intensive study of formation of the amorphous alloy will be made.