Webinar

Developing methods for electron-transparent specimens without inducing artifacts has become significantly important for the high-resolution characterization of battery materials. During this webinar, we introduced our recent approach (cryogenic-lift-out) to generate lamellae with cryogenic ion microscopy and talked about the effects of xenon ion beam on lithium metal batteries through the usage of cryogenic (S)TEM. We also showed the capability of the Metro direct detection counting camera to pull out the diffraction information that helps to identify the ion beam effect.

Lithium (Li)-ion batteries have been adopted for a wide range of energy storage applications due to their outstanding energy density and low mass compared to other technologies. However, there remains considerable scope for energy capacity and efficiency improvements by optimizing devices and materials used in their construction. In particular, microstructural and compositional analysis has proven challenging at the micro- and nano-scales with structure evolution and degradation mechanisms due to lack of understooding at these length scales.

了解 4D STEM 等高速衍射实验如何通过例如差分相位衬度（DPC）成像、电场分布以及更多应用的开发，为电子显微表征带来新的景观。

本视频来自于由Gatan和北卡州立大学（NC State University）分析仪器设施（AIF）共同主办的关于成像和衍射领域先进表征能力和技术的研讨会。

了解如何通过大幅面、高速相机将透射电镜（TEM）变为高产率的数据产出机器。

本视频来自于由Gatan和北卡州立大学（NC State University）分析仪器设施（AIF）共同主办的关于成像和衍射领域先进表征能力和技术的研讨会。

本次网络研讨会Sudha Chakrapani 博士将分享其应用单颗粒冷冻电子显微镜的新近研究成果。从而展示她的团队是如何解决了静息状态下全序列的5HT3AR 结构、血清素激活的构象，以及与几种临床使用的称为 Setron 的药物复合的结构。

最近的结果表明 CryoARM/K3 这一组合能够从具有不同尺寸和对称性的蛋白颗粒获得超高的重构分辨率。基于最初的技术进展，这一硬件组合现已能够为我们带来重要的生命科学见解。在本次网络研讨会中，来自NIH的电镜专家 Alan Merk 将带我们回顾使用 CryoARM/K3 组合通过 SerialEM 采集得到的一些结构，以及使用 Latitude S 进行数据采集的进展和未来的发展方向。

本网络研讨会的内容不构成 Leidos Biomedical Research 或 Frederick National Laboratory for Cancer Research 对 Gatan 任何产品或服务的认可。