报告 | 液相电子显微镜中电子束与样品相互作用关系！

Join us in our next Stream User webinar where Dr. Joe Patterson, Assistant Professor at the University of California, Irvine, will show how we can understand, minimize and control electron-beam sample interactions in LPEM in order to visualize and quantify dynamic behavior in nanomaterials.

LPEM has already begun to revolutionize our understanding of nanomaterial dynamics by providing real-time direct observations of fundamental processes such as nucleation and growth, morphology evolution and particle-particle interactions. However, there are many challenges to overcome before we can translate our observations into quantitative data that can guide us synthetically. These challenges include the comprehension and control of beam-sample interactions, the effect of confinement within liquid cells and the extraction of data from noisy, low contrast images.

During this webinar, Dr. Patterson will discuss the philosophies and strategies for overcoming or utilizing electron-beam sample interactions, with examples using variable temperature and electrochemical LPEM.