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E 1.99:CONF-9606226--8
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Transport in high performance weak and negative central shear discharges in DIII-D |
1 |
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E 1.99:CONF-9606226--9
|
Fast wave heating and current drive in tokamak plasmas with negative central shear |
1 |
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E 1.99:CONF-9606226--10
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Measurements of divertor impurity concentrations on DIII-D |
1 |
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E 1.99:CONF-9606226--11
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Characterization of core impurity transport and accumulation in various operating regimes in DIII-D |
1 |
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E 1.99:CONF-9606226--12
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Magnetic and thermal energy flow during disruptions in DIII-D |
1 |
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E 1.99:CONF-9606226--13
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Modeling of impurity spectroscopy in the divertor and SOL of DIII-D using the 1D multifluid model NEWT1D |
1 |
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E 1.99:CONF-9606227--1
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Landscape characterization for watershed management |
1 |
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E 1.99:CONF-9606228--1
|
Chemical conversion of energetic materials to higher value products |
1 |
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E 1.99:CONF-9606228--2
|
Base hydrolysis kinetics of HMX-based explosives using sodium carbonate |
1 |
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E 1.99:CONF-9606229--1
|
Measurements of laser imprint by XUV radiography using an x-ray laser |
1 |
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E 1.99:CONF-9606229--2
|
Measurement of the in-flight pusher density of an indirect drive capsule implosion core using x-ray backlighting |
1 |
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E 1.99:CONF-9606229--3
|
Application and validation of direct numerical simulation for ICF implosion stability analysis |
1 |
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E 1.99:CONF-9606229--4
|
Experimental investigation of the classical Rayleigh-Taylor instability |
1 |
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E 1.99:CONF-9606229--5
|
Performance and analysis of absorption experiments on x-ray heated low-Z constrained samples |
1 |
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E 1.99:CONF-9606229--6
|
Electron density measurement of a colliding plasma using soft x-ray laser interferometry |
1 |
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E 1.99:CONF-9606229--7
|
Measurement of local gain and electron density in an yttrium x-ray laser amplifier |
1 |
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E 1.99:CONF-9606229--8
|
Los Alamos hydrodynamic experiments on NOVA |
1 |
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E 1.99:CONF-9606229--9
|
Laser imprint and implications for direct drive ignition with the National Ignition Facility |
1 |
|
E 1.99:CONF-9606229--10
|
Diagnostic development at LLNL for the National Ignition Facility |
1 |
|
E 1.99:CONF-9606229--11
|
The status of the ICF target physics program at Lawrence Livermore National Laboratory |
1 |
