Intended audience: Anyone registering for other episodes in the series, microscopy lab managers and directors

- Gain an overview of 3D X-ray imaging ​
- How does 3D X-ray complement other common microscopy techniques?​
- Understand the main differences between different instrument types (microCT vs sub-micron XRM vs nanoscale XRM)​
- See a brief survey of recent technology innovations supporting research​
- Introduction to the remainder of the series

• Intended audience: Researchers in battery and fuel cell materials, electrochemists, chemical engineers  

  - Using XRM to gain a nondestructive view inside intact cells  

• - How XRM can help understand 3D electrode morphology, transport processes, defect distributions

• - Study degradation and cycling behavior using 4D imaging

• Intended audience: Core imaging facility personnel, multimodal imaging specialists, bone and mineralized tissue researchers, plant scientists, soft tissue researchers  

  - Explore the power of non-destructive 3D imaging solutions in life science applications

• - Understand capabilities for structural imaging in soft and mineralized tissue without complex staining

• - Observe 3D cellular detail of plant structure without sectioning

• - Discover how XRM initiates multimodal, multi-scale workflows

• - Learn how to streamline your synchrotron or volume electron microscopy workflows

• Intended audience: Geologists, Earth Scientists, Petroleum Engineers, Mining Technologists  -

  - See the latest advances in quantitative microCT for Geoscience  

• - Understand quantitative material classification for 3D automated mineralogy  

• - Use diffraction contrast tomography for non-destructive crystal orientation analysis

• Intended audience: Semiconductor packaging R&D and failure analysts

  - Learn about packaging trends and the pressure on non-destructive package analysis

• - Understand 3D X-ray microscopy compared to microCT and its application in the package FA workflow

• - Gain insights into new technology for 4x faster 3D X-ray scans at submicron resolution on intact packages

• Intended audience: Materials Scientists, Engineers, Physicists, Chemists  

  - See how to use 3D X-ray imaging to understand processing-structure-property relationships

• - Interrogate internal morphology in metals, composites, ceramics, and cementitious materials

• - Map cracks and failures in bulk or multi-materials systems non-destructively

• - See how diffraction contrast tomography reveals 3D crystallographic grain structures