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AEROTHERMAL TESTING OF THE MHW HEAT SOURCE.
Doyle D. Knight
, James E. Quinn
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peer-review
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Dive into the research topics of 'AEROTHERMAL TESTING OF THE MHW HEAT SOURCE.'. Together they form a unique fingerprint.
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Keyphrases
Heat Source
100%
Aerothermal Testing
100%
Aeroshell
100%
Reentry
66%
Ablation Experiment
66%
Shape Change
33%
Data Required
33%
Graphite
33%
Heat Mass Transfer
33%
Heating Rate
33%
Impact Test
33%
Wind Tunnel Test
33%
Characteristic Prior
33%
Engineering Test
33%
Hypersonic
33%
Drop Test
33%
Stability Test
33%
Aerodynamic Coefficients
33%
Trajectory Simulation
33%
Impact Velocity
33%
Subsonic Flow
33%
Radioisotope Thermoelectric Generator
33%
Motion Test
33%
Orientation Tests
33%
Heat Transfer Characteristics
33%
Mass Transfer Characteristics
33%
Source Impact
33%
Orientation Stability
33%
Aerodynamic Heating
33%
Entry Protection
33%
Form-giving
33%
Heating Distribution
33%
Radioisotope Heat Sources
33%
Physics
Heat Sources
100%
Reentry
100%
Impact Velocity
50%
Hypersonics
50%
Subsonic Flow
50%
Thermoelectric Generator
50%
Impact Test
50%
Aerodynamic Heating
50%
Radioisotope Heat Source
50%
Drop Test
50%
Wind Tunnel Test
50%
Earth and Planetary Sciences
Actuator
100%
Aeroshells
100%
Reentry
66%
Radionuclide
33%
Subsonic Flow
33%
Thermoelectric Generator
33%
Impact Velocity
33%
Wind Tunnel Test
33%
Impact Test
33%
Hypersonics
33%
Radioisotope Heat Source
33%
Drop Test
33%
Aerodynamic Heating
33%
Engineering
Heat Source
100%
Test Run
66%
Engineering
33%
Shape Change
33%
Thermoelectrics
33%
Heating Rate
33%
Wind Tunnel Test
33%
Aerodynamic Coefficient
33%
Test Program
33%
Impact Velocity
33%
Subsonic Flow
33%