E. Gallardo-Diaz |
Development and Application of Krypton Spectroscopy for Spatially Resolved Analysis of Hot Implosion Cores |
University of Nevada, Reno |
|
2024 |
T. Perez |
Developing Novel Techniques to Measure Transport Properties of Planetary Building Blocks |
John Hopkins University |
|
2024 |
C. C. Samulski |
A Study of Rayleigh-Taylor Instability During Deceleration in Inertial Confinement Fusion Relevant Conditions |
Virginia Tech |
|
2024 |
H. Tang |
The Measurement and Optimization of Direct Laser Acceleration |
University of Michigan |
|
2024 |
C. H. Allen |
Experimentally Measuring Thermal Conductivity in Warm Dense Matter Using Fresnel Diffractive Radiography |
University of Nevada, Reno |
|
2023 |
A. M. Angulo |
Hydrodynamic Instabilities in High-Energy-Density Physics |
University of Michigan |
|
2023 |
K. A. Bhutwala |
Intense Proton Beam Heating and Transport in Dense Plasmas |
University of California, San Diego (UCSD) |
|
2023 |
S. Coffing |
Modeling Hydrodynamic Instabilities, Shocks, and Radiation Waves in High Energy Density Experiments |
University of Michigan |
|
2023 |
W. M. Riedel |
Interpenetration and Kinetix in Weakly Collisional, Fully Ionized Plasma Jets |
Stanford University |
|
2023 |
N. V. Kabadi |
Exploring Evolution of Multi-Ion Effects and Electron Temperature in ICF Implosions at Omega and the NIF |
MIT |
|
2022 |
B. M. Khan |
Advanced Direct Drive Shock Ignition Studies |
University of York |
|
2022 |
D. Kim |
Laser-Driven Dynamic Compression of Planetary Materials |
Princeton University |
|
2022 |
G. Righi |
Iron Under Extreme Conditions: Nano and Microstructural Effects |
University of California, San Diego |
|
2022 |
B. K. Russell |
Magnetic Field Dynamics and Shock Physics at High Intensity Frontier of Laser Plasma Interactions |
The University of Michigan |
|
2022 |
R. Simpson |
Investigation of Laser-Driven Particle Acceleration for the Development of Tunable Ion Sources for Applications in High Energy Desnity Science |
MIT |
|
2022 |
G. Sutcliffe |
Experimental Studies of Magnetic Field Generation and Saturation Mechanisms in Laser-Driven Plasmas |
MIT |
|
2022 |
R. VanDervort |
Experiments at the Intersection of Inertially Confined Fusion and Astrophysics: An Investigation of an Asymmetrically Irradiated Foam Sphere |
The University of Michigan |
|
2022 |
V. Boufettier |
Development of X-Ray Interferometry and Application to Phase Contrast Imaging of Dense and Turbulent Plasmas |
University of Bordeaux |
|
2021 |
A. Chien |
Particle Acceleration Due to Magnetic Reconnection Using Laser-Powered Capacitor Coils |
Princeton University |
|
2021 |
B. Lahmann |
Using Fusion-Product Spectroscopy to Diagnose Inertial Confinement Fusion Implosions and Study Stopping Power on OMEGA, the NIF, and Z |
MIT |
|
2021 |
H. J. LeFevre |
Radiation Hydrodynamics Experiments on Large High-Energy-Density-Physics Facilities that are Relevant to Astrophysics |
The University of Michigan |
|
2021 |
D. Cliche |
Three-Dimensional Ray Tracing and Advanced Applications of Multi-Monochromatic X-Ray Imaging to High-Energy-Density Implosion Core Plasmas |
University of Nevada, Reno |
|
2020 |
J. Levesque |
Magnetized, Laser-Driven, Plasma Experiments at Astrophysically Relevant Conditions, and Proton Imaging of Magnetic Fields |
The University of Michigan |
|
2020 |
Y. Lu |
Multi-Physics Modelings and Analysis for Magnetized High-Energy-Density Laser Driven Plasma Flows |
Rice University |
|
2020 |
J. Matteucci |
Magnetic Field Generation and Reconnection in High Energy Density Plasmas |
Princeton University |
|
2020 |
D. Mayes |
Observation and Characterization of Trends in the Ionization of the Warm Absorber Photoionized Plasma Experiment at Z |
University of Nevada, Reno |
|
2020 |
K. Meaney |
Cherenkov Gamma Ray Detectors on High-Energy-Density-Systems |
University of New Mexico |
|
2020 |
G. Perez-Callejo |
Spectroscopic Characterisation of the Effects of Plasma Geometry on the Angular Distribution of X-Ray Emission in HED Plasmas |
Oxford University |
|
2020 |
R. P. Schoenfeld |
Observations from a Long Duration X-Ray Source for Laboratory Astrophysics |
University of Nevada, Reno |
|
2020 |
S. Zhang |
Hot Electron Generation and Laser–Plasmas Instabilities in Shock Ignition Conditions |
UCSD |
|
2020 |
A. F. A. Bott |
Magnetic-Field Amplification in Turbulent Laser Plasmas |
University of Oxford |
|
2019 |
L. E. Elgin |
High-Energy-Density Physics Experiments of Rayleigh–Taylor Instability Growth at Low-Density-Contrast |
The University of Michigan |
|
2019 |
C. J. Holcomb |
The Microphysics of Gyroresonant Streaming Instabilities and Cosmic Ray Self-Confinement |
Princeton University |
|
2019 |
R. Hua |
Study of Fields Structure at Strong Shock Front in Low-Density System |
UCSD |
|
2019 |
A. E. Hussein |
Laser-Driven Electron Accelerators as a Broadband Radiation Source—from Infrared to
X-Rays |
The University of Michigan |
|
2019 |
P. Kordell |
Collisionless Shock Acceleration of Ions in Underdense Plasma |
The University of Michigan |
|
2019 |
A. M. Rasmus |
Shock Driven Discrete Vortex Growth on Oblique Interfaces |
The University of Michigan |
|
2019 |
J. Trela |
Effect of Hot Electrons on the Hydrodynamic of Shocks and Implosions for Shock Ignition |
Université de Bordeaux |
17.8 MB |
2019 |
A. Rigby |
Magnetic Effects in Astrophysically Relevant Laboratory Plasmas |
Oxford University |
|
2018 |
A. Saunders |
Using X-Ray Thomson Scattering to Measure Plasma Conditions in Warm Dense Matter Experiments on the OMEGA Laser |
UC Berkley |
|
2018 |
H. Sio |
Using Time-Resolved Nuclear Diagnostics to Probe Kinetic/Multi-Ion Physics and Shock Dynamics on OMEGA and the NIF |
Massachusetts Institute of Technology |
|
2018 |
M. Sims |
Simulating Meteor Impacts in the Diamond Anvil Cell |
Stonybrook |
|
2018 |
J. R. Fein |
Mitigation of Hot Electrons from Laser–Plasma Instabilities in Laser-Generated X-Ray Sources |
The University of Michigan |
|
2017 |
M. G. Newman |
On the Kinetics of Materials of Geophysical Interest |
California Institute of Technology |
|
2017 |
J. L. Peebles |
Impact of Pre-Plasma on Electron Generation and Transport in Laser Plasma Interactions |
University of California, San Diego |
|
2017 |
J. D. Sadler |
Optimisation and Applications of Raman Plasma Amplifiers |
University of Oxford |
|
2017 |
W. C. Wan |
Supersonic, Single-Mode and Dual-Mode Kelvin-Helmholtz Instability Experiments Driven by a Laser-Produced Shockwave |
The University of Michigan |
|
2017 |
R. P. Young |
Laboratory Astrophysics Experiments to Study Star Formation |
The University of Michigan |
|
2017 |
S. Zhao |
Shock-Induced Amorphization in Covalently Bonded Solids |
UC San Diego |
|
2017 |
E. N. Hahn |
Non-Equilibrium Simulations of Defects, Damage, and Phase Transformations in Extreme Regimes |
University of California, San Diego |
|
2016 |
J. Kim |
Study of Intense Proton Beams: Generation and Transport in Solid Density Matter |
University of California, San Diego |
|
2016 |
M. J. MacDonald |
Time-Resolved Measurements of Shock-Compressed Matter Using X-Rays |
The University of Michigan |
|
2016 |
C. V. Stan |
High-Pressure Studies of Analogs with Applications to Materials Science and Geoscience |
Princeton University |
|
2016 |
A. E. Raymond |
Fast Magnetic Reconnection in Relativistic Laser-Plasma Interactions |
The University of Michigan |
|
2016 |
L. C. Jarrott |
Fast Electron Transport and Spatial Energy Deposition in Cu-doped Fast Ignition Plasmas |
University of California, San Diego |
|
2015 |
T. P. Remington |
Extreme Response in Tension and Compression of Tantalum |
University of California, San Diego |
|
2015 |
H. G. Rinderknecht |
Studies of Non-Hydrodynamic Processes in ICF Implosions on OMEGA and the National Ignition Facility |
Massachusetts Institute of Technology |
|
2015 |
A. B. Zylstra |
Using Fusion-Product Spectroscopy to Study Inertial Fusion Implosions, Stopping Power, and Astrophysical Nucleosynthesis at OMEGA and the NIF |
Massachusetts Institute of Technology |
|
2015 |
C. A. Di Stefano |
Experimental Hydrodynamic Instability at High Energy Density |
The University of Michigan |
|
2014 |
E. J. Gamboa |
Spatially-Resolved X-ray Scattering Experiments |
The University of Michigan |
|
2013 |
C. M. Krauland |
Radiative Reverse Shock Experiments in High-Energy-Density Plasmas |
The University of Michigan |
|
2013 |
M. J.-E. Manuel |
Rayleigh–Taylor-Induced Electromagnetic Fields in Laser-Produced Plasmas |
Massachusetts Institute of Technology |
|
2013 |
D. T. Casey |
Diagnosing Inertial Confinement Fusion Implosions at OMEGA and the NIF Using Novel Neutron Spectrometry |
Massachusetts Institute of Technology |
|
2012 |
C. M. Huntington |
High-Energy-Density Physics Experiments Relevant to Astrophysical Systems |
The University of Michigan |
|
2012 |
N. Sinenian |
Fast-Ion Spectrometry of ICF Implosions and Laser-Foil Experiments at the Omega and MTW Laser Facilities |
Massachusetts Institute of Technology |
|
2012 |
A. J. Visco |
Temperature Measurements in Radiative Shock Experiments |
The University of Michigan |
|
2012 |
F. W. Doss |
Structure in Radiative Shock Experiments |
The University of Michigan |
|
2011 |
T. Nagayama |
Polychromatic Tomography of High Energy Density Plasmas |
University of Nevada, Reno |
|
2011 |
R. L. Carver |
Shocks and Jets from the Laboratory Environment to the Astrophysical Regime: Transforming AstroBEAR Into an All Purpose MHD Simulation Package |
Rice University |
|
2010 |
E. C. Harding |
Observations of Shear Flows in High-Energy-Density Plasmas |
University of Michigan |
|
2010 |
D. K. Spaulding |
Laser-Driven Shock Compression Studies of Planetary Compositions |
University of California, Berkeley |
|
2010 |
C. C. Kuranz |
Blast-Wave-Driven, Multidimensional Rayleigh–Taylor Instability Experiments |
The University of Michigan |
|
2009 |
A. B. Reighard |
Collapsing Radiative Shock Experiments on the Omega Laser |
The University of Michigan |
|
2007 |
J. R. Rygg |
Shock Convergence and Mix Dynamics in Inertial Confinement Fusion |
Massachusetts Institute of Technology |
|
2006 |
L. A. Welser |
Spectroscopic Determination of Temperature and Density Spatial Profiles and Mix in Inertial Confinement Fusion Implosion Cores |
University of Nevada, Reno |
|
2006 |
D. G. Hicks |
Charged-Particle Spectroscopy: A New Window on Inertial Confinement Fusion |
Massachusetts Institute of Technology |
|
1999 |