产品特点：
- 1.具备较高分辨率，满足大多数样品的微观形貌测试。
- 2.翻开式预对中钨丝阴极，更换灯丝方便。
- 3.成像效果优良，细节清晰，景深大。
- 4.样品仓室可多接口扩展，满足诸多原位测试，以及多功能嵌入。
- 5.中英文菜单，一键切换。
- 6.自动功能：电子枪加热、偏压、对中、聚焦、亮度、对比度、消像散、像散记忆等。
- 7.自动校正，自动故障检测。
应用场景：
- 扫描电镜在新能源锂电池研发中的关键应用扫描电子显微镜（Scanning Electron Microscope，简称SEM）是一 种利用电子束扫描样品表面，通过检测样品与电子束相互作用产生的信号来获取样品表面形貌和成分信息的高分辨率显微镜。
- 在新能源锂离子电池的研究和开发中，SEM具有广泛的应用，以下是一些主要的应用场景：界面结构研究, 缺陷识别, 成分分析, 电池失效分析, 电极材料制备过程监控, 电池隔膜分析, 纳米结构表征, 电池循环后的结构变化, 安全性研究。这些信息对于评估电池的性能和质量非常重要。
- The Scanning Electron Microscope (SEM for short) is a high-resolution microscope that uses an electron beam to scan the surface of a sample and acquires information about the surface morphology and composition of the sample by detecting the signals generated from the interaction between the sample and the electron beam.
- In the research and development of new energy lithium-ion batteries, SEM has a wide range of applications. The following are some of the main application scenarios: interface structure research, defect identification, component analysis, battery failure analysis, monitoring of the electrode material preparation process, battery separator analysis, nanoscale structure characterization, structural changes after battery cycling, and safety research. These pieces of information are of great significance for evaluating the performance and quality of batteries.
