Latest Articles
This article introduces a practical framework for high-throughput SEM imaging and automated defect detection in additively manufactured steel. It guides readers through optimizing imaging parameters and quantifying how acquisition time impacts detection accuracy, enabling informed trade-offs for efficient large-area analysis
This article introduces a practical framework for high-throughput SEM imaging and automated defect detection in additively manufactured steel. It guides readers through optimizing imaging parameters and quantifying how acquisition time impacts detection accuracy, enabling informed trade-offs for efficient large-area analysis
A practical framework using variational autoencoders to analyze STEM data and uncover subtle structural features such as domain wall types, mis-tilts, and chemical variations in complex materials.
A practical framework using variational autoencoders to analyze STEM data and uncover subtle structural features such as domain wall types, mis-tilts, and chemical variations in complex materials.
Computational article explaining the theory and practical applications of S/TEM image simulation. After reading, readers should feel comfortable in devising, preparing and running S/TEM image simulations, and be able to critically assess simulated images in the literature.
Computational article explaining the theory and practical applications of S/TEM image simulation. After reading, readers should feel comfortable in devising, preparing and running S/TEM image simulations, and be able to critically assess simulated images in the literature.
Elemental Microscopy is an online journal published by the Microscopy Society of America.
Our articles are highly interactive, leveraging the power of open-source scientific programming communities, and modern internet technologies.
We offer reviews and tutorial treatments of key topics in microscopy, ranging from fundamental theory, instrumentation advancements, experimental methods and data analysis. These articles offer cutting-edge insights into emerging applications in a variety of areas including biology, life sciences, geology, engineering, materials science, nanoscience, physics, and archeology. With embedded video, interactive code, and data content, the publications serve as excellent educational resources for the microscopy and the broader science community. Regularly updated and developed specifically for a digital environment, this journal is a dynamic and enduring reference resource for students, researchers, and practitioners in microscopy.
