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Plasma assisted cooling of hot surfaces on hypersonic vehicles
Kyle M. Hanquist
, Iain D. Boyd
Research output
:
Contribution to journal
›
Article
›
peer-review
15
Scopus citations
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Dive into the research topics of 'Plasma assisted cooling of hot surfaces on hypersonic vehicles'. Together they form a unique fingerprint.
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Mathematics
Hypersonic Vehicle
100%
Cooling
67%
Transpiration
65%
Plasma
57%
Electron
54%
Thermal Management
14%
Multiple Tests
9%
Modeling
8%
Computational Fluid Dynamics
8%
Charge
6%
Heat
6%
Experiment
4%
Boundary conditions
4%
Framework
3%
Physics & Astronomy
hypersonic vehicles
83%
sweat cooling
78%
hot surfaces
76%
cooling
36%
electrons
22%
leading edges
16%
sharp leading edges
12%
blunt bodies
10%
thermionic emission
8%
computational fluid dynamics
8%
surface properties
7%
surface temperature
7%
electron emission
7%
space charge
6%
boundary conditions
5%
heat
5%
Engineering & Materials Science
Hypersonic vehicles
66%
Transpiration
65%
Electrons
53%
Plasmas
48%
Cooling
36%
Thermionic emission
13%
Electron emission
12%
Radiative Cooling
12%
Electric space charge
10%
Surface properties
7%
Temperature control
7%
Boundary conditions
5%
Computational fluid dynamics
5%
Hot Temperature
3%
Temperature
3%
Experiments
2%
Chemical Compounds
Cooling
46%
Plasma
32%
Electron Particle
25%
Surface
16%
Thermionic Emission
10%
Electron Emission
9%
Surface Temperature
8%
Flow
8%
Heat
4%
Shape
4%
Medicine & Life Sciences
Electrons
42%
Hot Temperature
10%
Surface Properties
8%
Hydrodynamics
7%
Temperature
4%