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Results for “INTERROGATE”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Ultrafast Shock Interrogation of Polycrystalline Energetic Materials.
Abstract not provided.
Portable Dense Plasma Focus Neutron Source for Active Interrogation Applications
Presentation describes recent results and design methodology for newly built portable dense plasma focus system.
Ultrafast Laser Diagnostics to Interrogate High Pressure Highly Collisional Plasma Environments.
Abstract not provided.
Chapter 9Examples of Active Interrogation Systems
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Visual Interrogation of Attention-Based Models for Natural Language Inference and Machine Comprehension
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Ultrafast Shock Interrogation and Ultrafast Spectroscopy of Shocked Thin-Film Explosives.
Abstract not provided.
Ultrafast Laser Diagnostics to Interrogate High Pressure Highly Collisional Plasma Environments.
Abstract not provided.
Uncertainty Analysis for Neutron Active Interrogation Calculations
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Man-Portable Dense Plasma Focus for Neutron Interrogation Application, NLV-009-17, Year 1 of 2
Presentation described project to develop man-portable device for detection of nuclear material using dense plasma focus technology.
ULTRAFAST LASER DIAGNOSTICS TO INTERROGATE HIGH PRESSURE PLASMA ENVIRONEMNTS.
Abstract not provided.
Experiments to Interrogate Polyurethane Foam Bubble Growth.
Abstract not provided.
All optical sampling by slanted light interrogation for cross-correlated encoded recording (slicer)
Single-shot transient optical signals are recorded in a time regime of picoseconds to nanosecond. An auxiliary pump beam is crossed through the signal to sample a diagonal ‘slice’ of space-time, analogous to a rolling shutter. The slice is then imaged onto an ordinary camera, where the recorded spatial trace is a direct representation of the time content of the signal. The pump samples the signal by optically exciting carriers that modify the refractive index in a conventional semiconductor wafer. Through use of birefringent retarders surrounding the wafer, the integrating response of the rapidly excited but persistent carriers is differentiated by probing with two polarization-encoded time-staggered signal replicas that are recombined to interfere destructively.
SALSA3D Software Tools for Model Interrogation Event Location and Travel-time Computation.
Abstract not provided.
Laser Diagnostic for Interrogating High Electron Densities in Low Pressure Plasma Environments.
Abstract not provided.
Energy Resolved Neutron Imaging at LANSCE: A Non-Destructive Tool for Interrogating Materials in Next Generation Nuclear Reactor Designs.
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Neutron Radiography at LANSCE: Interrogating and Characterizing Materials for Next Generation Nuclear Reactor Designs
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