About SEERI
The Science of Extreme Environments Research Institute (SEERI)
provides undergraduate and graduate students with the opportunity to
gain experience in the areas of radiation effects sciences, pulsed-power
engineering, and high-energy-density sciences. Students work directly
with Sandia scientists and engineers to conduct research on a focused
project.
Potential projects available for student interns include the following:
- Modeling and simulation support of high-pressure shock physics or laboratory magnetic-field applications
- Modeling and simulation support of radiation transport applications using both discrete ordinate and Monte Carlo methods
- Code development and support for modeling and simulation activities
- Development or evaluation of a large magnetohydrodynamics (MHD) code
- Use of quantum molecular-dynamics codes based on density functional theory
- Modeling radiation interactions in semiconductor devices such as diodes, bipolar transistors, and field-effect transistors
- Development and application of a broad range of experimental tools
to assess the performance of materials and electronics in severe
radiation environments
- Dynamic consolidation of powders
Past SEERI student projects:
- Radiation effects studies with ion photon emission microscopy
- Modeling a magnetically confined plasma
- Photonic Displacement Interferometry (PDI)
- Plutonium containment in the Z machine
- Spectral unfolding using processed pinhole images
- Implementation of new transport methods in a developing radiation transport code
- Implementation of new features in a production radiation transport code
Visit the SEERI website for more information.