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Developments in mineralogical techniques - What about mineralogists?

机译:矿物学技术的发展-矿物学家呢?

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摘要

Conventional mineralogy was mainly based on optical microscopic techniques. Years of experience in studying ore and gangue minerals using an optical microscope allowed for quick identification of minerals, opinions on abundances of certain minerals, liberation, required grind size and reasons for high mass pulls or tailings losses. More detailed investigations involving point counting techniques, XRD and chemical methods provided additional information to quantify certain aspects of the problem studied. Developments in automation of SEM-based techniques, computerised XRD processing and identification, imaging software, etc. has impacted on the tasks of mineralogists. Future equipment developments and the implementation of plant systems will probably minimise the need for experienced mineralogists for the more routine applications. This publication discusses how processing requirements have driven developments on current systems. The changing role of mineralogists is discussed, as well as knowledge and experience requirements to drive applied or process mineralogy forward.
机译:常规矿物学主要基于光学显微镜技术。多年使用光学显微镜研究矿石和石矿物的经验,可以快速鉴定矿物,对某些矿物的含量,是否析出,所需的研磨粒度以及产生大量拉力或尾矿损失的原因提出意见。涉及点计数技术,XRD和化学方法的更详细的研究为量化所研究问题的某些方面提供了更多信息。基于SEM的技术,计算机化XRD处理和识别,成像软件等自动化技术的发展对矿物学家的任务产生了影响。未来的设备开发和工厂系统的实施可能会最大程度地减少对经验丰富的矿物学家的常规应用需求。该出版物讨论了处理要求如何驱动当前系统的发展。讨论了矿物学家的角色变化,以及推动应用或加工矿物学发展的知识和经验要求。

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