Explore the frontier of dynamic materials using ultrafast X-ray radiography in this HEDS seminar presented by Arianna E. Gleason-Holbrook. Delve into the world of dynamic X-ray imaging and its crucial role in solving structure-properties-performance challenges. Discover the advancements in condensed matter, materials science, and plasma physics enabled by bright, coherent X-ray sources. Learn about the Linac Coherent Light Source (LCLS) and its wide range of dual-pulse and dual-color modes. Investigate void collapse physics and how mesoscale materials properties control functionality at extreme conditions. Examine the revolution in X-ray sources and its impact on High Energy Density (HED) Science. Explore phase contrast imaging for 2D density distribution and dynamic process timeseries in single samples. Gain insights into hydrodynamic instability mitigation strategies and void collapse in fusion capsule materials. Uncover the evolution of prebiotic to biotic materials via shock wave interaction and the characterization of materials with xFEL Ptychography. This comprehensive seminar covers cutting-edge techniques and applications in the field of dynamic materials research using advanced X-ray imaging methods.
Frontier of Dynamic Materials Using Ultrafast X-ray Radiography - HEDS Seminar Series
Inside Livermore Lab via YouTube
Overview
Syllabus
Intro
Outline
Dynamic X-ray Imaging Is the Key to Solving Structure-Properties-Performance Challenges
Frontier in Condensed Matter, Materials Science and Plasma Physics
Why make a bright, coherent source?
Moving toward the far-field in dynamic hard X-ray imaging: coherent X-ray diffractive imaging (CXDI) BLAG
Linac Coherent Light Source
LCLS has a wide range of dual-pulse / dual-color modes available & ability to select At, AE, seeding, polarization
Void Collapse Physics: Mesoscale Materials Properties Control Functionality at Extreme Conditions
Revolution in X-ray sources is enabling a revolution in High Energy Density (HED) Science
Phase contrast imaging (PCI) for 2D density distribution @ MEC, LCLS
Dynamic process timeseries in a single sample
Fabricating synthetic volds
Hydrodynamic instability mitigation strategies and void collapse in fusion capsule materials
Stereo PCI + shock compression @ MEC via multi-angle imaging
Evolution of prebiotic to biotic materials via shock wave interaction
Characterization of Materials with xFEL Ptychography
Single shot CXDI
Taught by
Inside Livermore Lab
