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Transferring Grains from Single-Grain Luminescence Discs to SEM Specimen Stubs

机译:将谷物从单粒发光圆盘转移到SEM样本存根

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The grain transfer protocol presents a step-by-step guide on how to successfully transfer positioned grains from a single-grain luminescence disc to a scanning electron microscope (SEM) specimen stub and how to transport them between laboratories. Single-grain luminescence analysis allows the determination of luminescence characteristics for individual sand-sized grains. By combining such luminescence data with other grain properties such as geochemical composition, shape, or structure also at single-grain level, it is possible to investigate factors controlling luminescence signals or study other material properties. The non-luminescence properties are typically measured in another instrument; thus, grains need to be transferred between machines and sample holders, and sometimes also between laboratories. It is then important that the position of each grain is known and stable so that the properties from the same grain are compared. By providing an easily observable orientation marker on the specimen stub, the hundred numbered grains from the single-grain disc can be transferred and later identified when analyzed in the SEM.
机译:晶粒传输方案介绍了如何成功将定位的颗粒从单粒发光盘成功转移到扫描电子显微镜(SEM)样本存根以及如何在实验室之间运输。单颗粒发光分析允许确定各个砂粒粒度的发光特性。通过将这种发光数据与其他谷物特性(例如地球化学组成,形状或结构)相结合,也可以研究控制发光信号的因素或研究其他材料特性。非发光性质通常在另一个仪器中测量;因此,需要在机器和样品架之间传递颗粒,有时也会在实验室之间转移。然后重要的是,每个颗粒的位置是已知的并且稳定,从而比较来自相同颗粒的性质。通过在样品短截线上提供易于观察的取向标记,可以在SEM中分析时传递来自单粒盘的数百个编号的晶粒。

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