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首页> 外文会议>Laser-based micro- and nanoprocessing IX >Analytical model of the laser ablation mechanism of Lithium-Ion battery coatings
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Analytical model of the laser ablation mechanism of Lithium-Ion battery coatings

机译：锂离子电池涂层激光烧蚀机理的分析模型

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摘要

In Lithium-Ion battery production many different active material coatings are used to serve the individual needs of the final product. Furthermore laser processing becomes the method of choice in the production to allow a maximum degree of freedom and reduce tooling costs. The used electrode coatings and its different components highly influence the laser process and its results in terms of quality and efficiency. To achieve a better understanding of the ablation mechanism high speed video recording was used to allow a more detailed observation of the cutting and ablation mechanism, respectively. Based on these insights an analytical model was created and verified by time resolved shadowgraph imaging and experimental determined laser ablation thresholds.
机译：在锂离子电池生产中，许多不同的活性材料涂层用于满足最终产品的个性化需求。此外，激光加工成为生产中的首选方法，以实现最大的自由度并降低加工成本。所用的电极涂层及其不同的组分在质量和效率方面对激光加工及其结果有很大影响。为了更好地了解消融机制，使用了高速视频记录来分别更详细地观察切削和消融机制。基于这些见解，创建了一个分析模型，并通过时间分辨阴影图成像和实验确定的激光烧蚀阈值进行了验证。

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