应用偏硼酸锂熔融技术建立岩石样品电感耦合等离子体原子发射光谱法(ICP-AES)的快速分析流程,并针对含锂硼酸盐熔融物较难溶解的特点,通过熔剂与样品混匀方式实验、熔融体形成龟裂条件实验和浸取液条件实验,研究三者与熔融物浸取时间的关系,从而选择一个适合ICP-AES分析技术的最佳熔融和浸取条件. The rapid analytical procedure of inductively coupled plasma atomic emission spectrometry (ICP-AES) for rock samples was established by using lithium metaborate melting technology. According to the characteristics that the lithium-containing borate melt was difficult to dissolve, the flux and sample mixing method were used to experiment , Melt forming crack condition experiment and leaching solution condition experiment were conducted to study the relationship between the three and the leaching time of the melt so as to select an optimum melting and leaching condition suitable for ICP-AES analysis technology.