应用于材料研究的X射线显微镜
锂离子电池的无损3D成像
应用视频
锂离子电池的无损3D成像
- 使用垂直拼接技术获取全视野成像
- 在不破坏或改变电池结构的情况下，对选定的感兴趣区域（ROI）进行无损高分辨率断层扫描成像
- 通过图像分割电池的果冻卷结构的不同层来检查电极和集电器
这要归功于蔡司Xradia Versa系统的大工作距离下高分辨率成像技术（RaaD）。
应用于材料研究的X射线显微镜的优势
在不拆解电池的情况下检测缺陷和老化效应
你所面临的问题：拆解电池检查其内部结构非常困难，不仅需要高水平的专业知识，而且在拆解过程中可能会损坏电池的内部结构。
蔡司解决方案：X射线显微镜的独特功能。 它使您能够
- 无需拆解或改变电池结构即可对其进行无损成像
- 使用高分辨率断层扫描成像技术来查看电极内部精细结构
- 检测外来颗粒和裂缝等小缺陷
- 检测与结构退化相关的老化效应
工作流程
选择区域，执行扫描，分割层级，检查细节
![确定感兴趣区域]({"small":"https://images.zeiss.com/Microscopy/LandingPages/Campaign%20Landing%20Pages/global-campaigns/fy1819/materialsscience/xrm-app-video-02/xrm-battery-slide-01.ts-1550853306844.png?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=640&s=372fcc09276c0c0d12fc3452b759e8c5","large":"https://images.zeiss.com/Microscopy/LandingPages/Campaign%20Landing%20Pages/global-campaigns/fy1819/materialsscience/xrm-app-video-02/xrm-battery-slide-01.ts-1550853306844.png?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1280&s=00b8664d81609dfd4a5e1d08f4b42b9c","medium":"https://images.zeiss.com/Microscopy/LandingPages/Campaign%20Landing%20Pages/global-campaigns/fy1819/materialsscience/xrm-app-video-02/xrm-battery-slide-01.ts-1550853306844.png?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=832&s=487983763902753af22fc0a9152ad946","full":"https://images.zeiss.com/Microscopy/LandingPages/Campaign%20Landing%20Pages/global-campaigns/fy1819/materialsscience/xrm-app-video-02/xrm-battery-slide-01.ts-1550853306844.png?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1920&s=40d9162e2d75b319b68d34376bbd5385"} "确定感兴趣区域")
选择感兴趣区域（ROI）以执行高分辨率断层扫描。
![高分辨率断层扫描]({"small":"https://images.zeiss.com/Microscopy/LandingPages/Campaign%20Landing%20Pages/global-campaigns/fy1819/materialsscience/xrm-app-video-02/xrm-battery-slide-02.ts-1550853307700.png?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=640&s=9468193e85b377bcd94e4c85ead0e2d6","large":"https://images.zeiss.com/Microscopy/LandingPages/Campaign%20Landing%20Pages/global-campaigns/fy1819/materialsscience/xrm-app-video-02/xrm-battery-slide-02.ts-1550853307700.png?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1280&s=ac268e6b0d0dd6f29b55fc28f285bba4","medium":"https://images.zeiss.com/Microscopy/LandingPages/Campaign%20Landing%20Pages/global-campaigns/fy1819/materialsscience/xrm-app-video-02/xrm-battery-slide-02.ts-1550853307700.png?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=832&s=5e096a919109e002b3ef078d97e5360c","full":"https://images.zeiss.com/Microscopy/LandingPages/Campaign%20Landing%20Pages/global-campaigns/fy1819/materialsscience/xrm-app-video-02/xrm-battery-slide-02.ts-1550853307700.png?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1920&s=0a2bb0f9dec6c74da1151d7f6c8c2c6e"} "高分辨率断层扫描")
执行高分辨率扫描是无损的，无需拆解或改变电池结构。
![检查电极和集电器]({"small":"https://images.zeiss.com/Microscopy/LandingPages/Campaign%20Landing%20Pages/global-campaigns/fy1819/materialsscience/xrm-app-video-02/xrm-battery-slide-03.ts-1550853306195.png?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=640&s=2e400cbb8b3c4fb7d437a637e4322137","large":"https://images.zeiss.com/Microscopy/LandingPages/Campaign%20Landing%20Pages/global-campaigns/fy1819/materialsscience/xrm-app-video-02/xrm-battery-slide-03.ts-1550853306195.png?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1280&s=838d58af21cd82ffd86d42a430f2e899","medium":"https://images.zeiss.com/Microscopy/LandingPages/Campaign%20Landing%20Pages/global-campaigns/fy1819/materialsscience/xrm-app-video-02/xrm-battery-slide-03.ts-1550853306195.png?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=832&s=0dcf7c15767fa2b1ab42d40053029187","full":"https://images.zeiss.com/Microscopy/LandingPages/Campaign%20Landing%20Pages/global-campaigns/fy1819/materialsscience/xrm-app-video-02/xrm-battery-slide-03.ts-1550853306195.png?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1920&s=bfa983db966e732906c288d26a5aaa7a"} "检查电极和集电器")
通过图像分割电池的果冻卷结构的层级使其可视化并检查电极和集电器。
海报下载：多尺度电池检测
填写表格以下载海报
连接不同的显微镜尺度是了解电池材料特性的关键。下载海报，了解如何选择正确的仪器连进行电池研究。
![]({"small":"https://images.zeiss.com/Microscopy/LandingPages/Campaign%20Landing%20Pages/global-campaigns/fy1819/materialsscience/xrm-app-video-02/battery-poster-preview1.ts-1551352052388.png?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=640&s=b609e2ccd992b9a4d4e4c119f5a67f2b","large":"https://images.zeiss.com/Microscopy/LandingPages/Campaign%20Landing%20Pages/global-campaigns/fy1819/materialsscience/xrm-app-video-02/battery-poster-preview1.ts-1551352052388.png?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1280&s=650719019d0dde6c4ce64d1817d36e20","medium":"https://images.zeiss.com/Microscopy/LandingPages/Campaign%20Landing%20Pages/global-campaigns/fy1819/materialsscience/xrm-app-video-02/battery-poster-preview1.ts-1551352052388.png?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=832&s=b496d330bdb1fba6d8a7a0a96c5a9e4b","full":"https://images.zeiss.com/Microscopy/LandingPages/Campaign%20Landing%20Pages/global-campaigns/fy1819/materialsscience/xrm-app-video-02/battery-poster-preview1.ts-1551352052388.png?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1920&s=cc6cfa1d5f56227f5bc3387fbb6f5d8c"})
下载海报
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