| R. Betti |
Theory of the Deceleration-Phase Rayleigh-Taylor Instability |
0.4 MB |
| T. R. Boehly |
The Effect of Plasma-Formation Rate on Laser Imprinting |
< 0.1 MB |
| T. R. Boehly |
Measurements of Shock Heating Using Al Absorption Spectroscopy in Planar Targets |
3.5 MB |
| T. J. B. Collins |
Imprint Reduction with Shaped Pulses |
0.8 MB |
| R. S. Craxton |
Two-Dimensional Hydrodynamic Simulations of SSD Laser Imprint |
10.6 MB |
| J. A. Delettrez |
A New Model for the Analysis of Burnthrough Experiments on OMEGA |
0.9 MB |
| R. Epstein |
Two-Dimensional Simulations of X-Ray Absorption Spectra from Nonuniformly Driven Planar Targets |
5.2 MB |
| J. A. Frenje |
A Neutron Spectrometer for Precise Measurements of DT Neutrons from 10 to 18 MeV at OMEGA and the National Ignition Facility |
2.2 MB |
| V. Yu. Glebov |
Measurement of Secondary Neutron Yield by Copper Activation |
0.4 MB |
| O. V. Gotchev |
Development of a High-Throughput, High-Resolution, Streaked Kirkpatrick-Baez Microscope for Planar Direct-Drive Experiments on OMEGA |
7.7 MB |
| A. V. Kanaev |
Numerical Simulations of the SSD-Smoothed Laser Beam Filamentation and FSBS in Plasmas |
11.5 MB |
| R. L. Keck |
Beam Power Matching on the OMEGA Laser |
4.9 MB |
| D. Keller |
Modeling Planar Burnthrough and Adiabat Experiments Using DRACO |
< 0.1 MB |
| J. P. Knauer |
Measured Reduction of RT Growth at the Ablation Interface by Modification of the Isentrope |
< 0.1 MB |
| M. V. Kozlov |
Nonlinear Sound Waves in Two-Ion Plasma |
0.1 MB |
| C. K. Li |
Study of Direct-Drive, DT-Gas-Filled Plastic Capsule Implosions Using Nuclear Diagnostics on OMEGA |
1.3 MB |
| V. Lobatchev |
Growth Rates of the Deceleration-Phase Rayleigh-Taylor Instability |
0.3 MB |
| J. A. Marozas |
The Smoothing Performance of “Picket-Fence” Schemes on NIF |
10.5 MB |
| F. J. Marshall |
Monochromatic Imaging of Direct-Drive Implosions on OMEGA |
27.5 MB |
| P. W. McKenty |
Analysis of a Direct-Drive Ignition Capsule Design for the National Ignition Facility |
2.68 MB |
| C. J. McKinstrie |
Stimulated Brillouin Scattering from a Two-Ion Plasma |
0.1 MB |
| D. D. Meyerhofer |
Core Density and Temperature Conditions and Fuel-Pusher Mix in Direct-Drive ICF Implosions |
11.9 MB |
| P. B. Radha |
A Consistent Measurement-Based Picture of Core Conditions in OMEGA Implosions |
0.1 MB |
| S. P. Regan |
Laser-Driven Burnthrough Experiments on OMEGA with 1-THz SSD and Polarization Smoothing |
7.2 MB |
| W. Seka |
Stimulated Brillouin Scattering in Very Long Velocity Scale-Length NIF Plasmas |
5.3 MB |
| R. W. Short |
The Effects of Beam Intensity Structure on Two-Plasmon Decay in Direct-Drive Laser Fusion Targets |
0.5 MB |
| R. W. Short |
Propagation of Plasma Waves in Weakly Collisional Plasmas |
0.1 MB |
| A. Simon |
The Effect of Weak Collisions on Plasma Oscillations |
0.1 MB |
| V. A. Smalyuk |
Time-Resolved Measurements of Compressed Shell Temperature and Areal Density with Titanium-Doped Targets on OMEGA |
0.8 MB |
| C. Stoeckl |
Comparison of Neutron Burn History Measurements with One-Dimensional Hydrodynamics Simulations |
0.1 MB |
| R. P. J. Town |
The Effect of Elevated Internal Gas Pressure on Direct-Drive Cryogenic Target Performance |
0.4 MB |
| M. Umansky |
Stability of the Resistive Wall Mode in the Presence of Nonsymmetric Differentially Rotating Walls |
0.2 MB |
