矿物勘探的岩石特征

Automated Mineralogy for micro-XRF

M4龙卷风amic直接在M4龙卷风andM4龙卷风加to allow rapid automated mineralogical scanning of minimally prepared samples that may be integrated directly with major and trace element geochemical maps. With the M4 TORNADO series of instruments being robust enough to be deployed to field offices and exploration camps, and requiring no specialist sample preparation equipment, this solution allows real time data feedback to support exploration targeting. UseM4龙卷风amic支持：

• Lithotyping and alteration mapping directly on drill core to enhance deposit models and validate interpretations made by visual or geochemical logging tools
• 精确鉴定和表征细粒的矿石和改变矿物
• 选择样品以获得更昂贵的特征技术，例如SEM-EDS映射或基于SEM的自动矿物学
• 预筛查样品用于前瞻性和生育工作流程（例如，轮辋），包括分析溪流沉积物，土壤或耕种，而无需详尽的样品准备。

扫描电子显微镜的自动矿物学

在低于micro-xrf解决的尺度下需要矿物关系的地方，AMICS for SEMprovides the solution for mineral and rock characterization. Use SEM AMICS:

• To quantify abundances of fine-grained alteration and ore minerals to build accurate deposit models
• As a fundamental part of your RIMS or alteration footprint programs for local and regional vectoring and targeting
• 矿物驱逐心的表征协助对目标矿体的不断发展的理解，以供应有关存款可行性，未来工厂设计甚至对废物和尾矿的环境管理的决定。

与基于微XRF的地球化学和矿物质表征无缝集成。

传统的大量矿物学方法是将样品减少到同质粉末，并使用发散束（Bragg-Brentano）几何形状进行分析。由于给定标本的稀有性或渴望表征组合中多个阶段的空间关系的渴望，磨削并不总是一个实用的选择。微分析技术具有分析样本以其本地状态的能力，从而简化了各个成分的分析。