Mineral maps of 'intact' and large particle textures have been produced routinely from optical microscope images. Polished thin sections of large particles (1-3 mm) provide a balance between representative sampling and the preservation of primary rock textures. Optical microscopy is an efficient way to generate mineral maps suitable for geometallurgical applications. The automated optical mineral identification was carried out using a Leica DM6000~C microscope with a high precision stage suitable for direct tiling of image frames and good registration of multiple image layers. Standard images collected were 10 x 10 frames (20 mm x 16 mm).
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机译：“完整”和大粒子纹理的矿物地图已经常规从光学显微镜图像生产。大型颗粒（1-3毫米）的抛光薄段提供了代表性采样与主要岩石纹理的保存之间的平衡。光学显微镜是生成适用于几何冶金应用的矿物地图的有效方法。使用Leica DM6000〜C显微镜进行自动光学矿物识别，具有高精度阶段，适用于直接平铺图像框架和多个图像层的良好登记。收集的标准图像为10×10帧（20mm x 16 mm）。
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