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针对与矿石矿物共存透明脉石矿物所含流体包裹体并不完全代表成矿流体，红外显微技术及EPMA、SEM等常规表面分析手段无法满足不透明矿石矿物所含单个低盐度流体包裹体研究的实际困难，本文首次成功地应用具同步扫描成象功能、电子束斑空间分辨率较高、信噪比较好的PHI595SAM／AES这一当代高灵敏表面分析技术，按单矿物分选→二次去离子水反复超声清洗→外真空热爆→在金属铟片上压制成样的实验流程对新疆阿尔泰多拉纳萨依金矿床含金黄铁矿所含单个低盐度流体包裹体的液相组成进行了静态定点分析，实验取得了满意结果。
The fluid inclusions in the transparent gangue minerals coexisting with the ore minerals do not completely represent the ore-forming fluids. Infrared microscopy and conventional surface analysis such as EPMA and SEM can not satisfy the single low salinity fluid inclusions in opaque ore minerals , This paper first successfully applied PHI595SAM / AES, a highly sensitive surface analysis technique with synchronous scanning imaging, high spatial resolution of electron beam spot and good signal-to-noise ratio, according to single mineral sorting → Times of deionized water repeatedly ultrasonic cleaning → external vacuum thermal burst → sample compaction process on the metal indium chip The liquid composition of a single low salinity fluid inclusions in the gold-bearing pyrite in the Altaytanolanayai gold deposit, Xinjiang Static fixed point analysis was carried out, the experiment achieved satisfactory results.