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Computer Animation of Hot Spot Development in Bulk Coal as an Aid for Training Coal Miners

机译:散装煤炭热点发展的计算机动画作为培训煤矿促进煤矿

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The processes that take place during the development of a heating are difficult to visualise. Bulk coal self-heating tests at The University of Queensland (UQ) using a two-metre column are providing graphic evidence of the stages that occur during a heating. Data obtained from these tests, both temperature and corresponding off-gas evolution can be transformed into what is effectively a video-replay of the heating event. This is achieved by loading both sets of data into a newly developed animation package called Hotspot. The resulting animation is ideal for spontaneous combustion training purposes as the viewer can readily identify the different hot spot stages and corresponding off-gas signatures. Colour coding of the coal temperature, as the hot spot forms, highlights its location in the coal pile and shows its ability to migrate upwind. An added benefit of the package is that once a mine has been tested in the UQ two-metre column, there is a permanent record of that particular coals performance for mine personnel to view.
机译:在加热期间发生的过程难以想象。昆士兰州大学(UQ)的散装煤自热试验使用两米表栏提供了在加热过程中发生的阶段的图形证据。从这些测试中获得的数据,可以将温度和相应的废气进化变换为有效的加热事件的视频重放。这是通过将两组数据加载到名为Hotspot的新开发的动画包中来实现的。由于观察者可以容易地识别不同的热点阶段和相应的废气签名,所得到的动画是自发燃烧训练目的的理想选择。作为热点形式的煤温度的颜色编码突出了煤炭桩中的位置,并显示了其迁移逆风的能力。包装的额外好处是,一旦矿井在UQ两米表中测试,就会在矿工人员中进行该特定煤炭表现的永久记录。

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