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E 1.99:conf-791031-2
|
Map pattern classification at a prescribed level of generality. [For Northern Hemisphere] |
1 |
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E 1.99: conf-791032-1
|
Pulsed power systems for inertial confinement fusion |
1 |
|
E 1.99: conf-791033-1
|
Field test programs of borehole plugs in southeastern New Mexico |
1 |
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E 1.99: conf-791033-2
|
Status report on studies to assess the feasibility of storing nuclear waste in Columbia Plateau basalts |
1 |
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E 1.99: conf-791033-3
|
Laboratory investigations on the hydraulic and thermomechanical properties of fractured crystalline rocks |
1 |
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E 1.99: conf-791033-6
|
Spent fuel prediction model development. |
1 |
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E 1.99: conf-791033-7
|
Survey test of canister, geology, and fuel cladding material interactions |
1 |
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E 1.99: conf-791033-8
|
Role of spent fuel characterization in the development of safe repositories |
1 |
|
E 1.99: conf-791034-1
|
Core + modules approach to Fortran standardization |
1 |
|
E 1.99:conf-791034-2
|
Overview of FORTRAN standardization activities |
1 |
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E 1.99: conf-791035-1
|
Collisional relaxation of low lying electronically excited states of uranium f³ds²(⁵K₅°) and (⁵L₇°) |
1 |
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E 1.99: conf-791036-1
|
Boron carbide-carbon composites and composites for cryogenic applications |
1 |
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E 1.99: conf-791037-1
|
Prospects of using large vacuum photodiodes with gas scintillation proportional counters |
1 |
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E 1.99: conf-791037-2
|
Microprocessor-controlled portable neutron spectrometer |
1 |
|
E 1.99: conf-791037-3
|
Atmospheric Release Advisory capability (ARAC) response to the Three Mile Island accident |
1 |
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E 1.99: conf-791037-4
|
New ultra small battery operated portable multi-channel analyzer |
1 |
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E 1.99: conf-791037-5
|
High voltage instrument cables for 650°C in-vessel breeder reactor service |
1 |
|
E 1.99:conf-791037-6
|
Design and operating experience with electric systems for high rate liquid argon calorimeters |
1 |
|
E 1.99: conf-791037-7
|
Experience using the 168/E microprocessor for off-line data analysis |
1 |
|
E 1.99: conf-791037-8
|
Use of elementary particle interactions for radiological imaging |
1 |
