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.

Learn how large-format, high-speed cameras can transform a transmission electron microscope (TEM) into a high-throughput, data-generating machine.

This recording is from a workshop featuring advanced capabilities and techniques in the realm of imaging and diffraction hosted by Gatan and the Analytical Instrumentation Facility (AIF) at NC State University.

See how high-speed diffraction experiments like 4D STEM are changing the landscape of electron microscopy by introducing new capabilities like differential phase contrast (DPC) imaging, electric field mapping, and much more.

This recording is from a workshop featuring advanced capabilities and techniques in the realm of imaging and diffraction hosted by Gatan and the Analytical Instrumentation Facility (AIF) at NC State University.

様々な大きさと対称性を有する粒子の超高分解能構造解析におけるCryoARMとK3カメラの組み合わせで実現された最新の成果をご紹介します。導入による技術的な性能向上に続き、このハードウェアの組み合わせによって重要な生物学的知見が得られるようになりました。本プレゼンテーションでは、NIHの電子顕微鏡を用いた研究者であるAlan Merk氏が、SerialEMと共にCryoARM/K3カメラでこれまでに得られたいくつかの構造を紹介します。さらにLatitude Sを使った現在進行中の研究について報告し、将来の方向性を考察します。

本ウェビナーの内容は、Leidos Biomedical ResearchまたはFrederick National Laboratory for Cancer ResearchがGatan社の製品やサービスを紹介するものではありません。