Z-Pinch and Laser-Ablation-Driven High-Yield Neutron Source Project #: LO-005-20 Year 3 of 3
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Engineering topics
Publications and source records attributed to Dutra, Eric C.
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Explore the source record for details and available documents.
High-Temperature Plasma Diagnostics Conference May 15 to 19th, 2022 https://htpd.lle.rochester.edu/
Slide form of poster with 5 minute voice over for online submission to the conference
Dynamic experiments create high-pressure shock waves on the microsecond time scale (or smaller), compressing materials to high pressures and temperatures and enabling the study of material properties at these conditions. Other dynamic studies use quasi-isentropic compression to produce similar high pressures at much lower temperatures. High pressure experiments performed on dynamic platforms such as gas-guns, laser, and pinch machines generate up to several hundred GPa in the sample pressure conditions12. Related static studies include diamond anvil cells, which obtain high pressures and have extremely high precision, but are most often conducted at room temperature or modest temperature increases (often <2000K). By combining these methods, material properties across a wide range of thermodynamic conditions can be probed, and a high quality equation of state (EOS) constructed.
APS division of plasma physics presentation
Presentation to be presented during the Site-Directed Research and Development (SDRD) FY 2021 Review Meeting (Webex), September 22–23, 2021.
Z-Pinch and Laser-Ablation–Driven High-Yield Neutron Source, LO-005-20, Year 1. Presentation to be given a the FY 2020 SDRD Annual Meeting, to be held Sept. 23-24, on WebEx.