Keyphrases
Thermoelectric Properties
100%
De-icing
100%
Electrified Aircraft
100%
Free Stream
75%
Power Density
50%
Heater
50%
Material Selection
50%
Ice Accretion
50%
Ice Layer
50%
Thermal Stress
25%
Localized Heating
25%
Joule Heating
25%
Selection Strategy
25%
Aluminum Substrate
25%
Shear Force
25%
Thermal Gradient
25%
Frost
25%
Flow Path
25%
Thin-film Heaters
25%
Thermal Energy
25%
Indium Tin Oxide
25%
Serpentine
25%
Putting
25%
Battery Power
25%
Infrared Imaging
25%
Voltage Output
25%
Output Current
25%
Heat Diffusion
25%
Ultra-efficient
25%
Angle of Attack
25%
Wind Tunnel Test
25%
Current Requirement
25%
Battery Voltage
25%
Reducing Power
25%
Jet Engine
25%
Power Draw
25%
Ice Removal
25%
Icing
25%
Heating Element
25%
Superhydrophobic Surface
25%
Easy Removal
25%
Anodized Aluminum
25%
Battery Current
25%
Diffusion Loss
25%
Parallel Bars
25%
Required Power
25%
Pulse Test
25%
Ice Prevention
25%
High Pulse Energy
25%
Critical Risks
25%
Survey Process
25%
Local Current Density
25%
Aircraft Battery
25%
Compressor Stage
25%
Heating Layer
25%
Bleed Air
25%
Frost Accretion
25%
Accreted Ice
25%
Stall Reduction
25%
Stall Speed
25%
Material Survey
25%
Current Pathway
25%
De-icing Test
25%
Engineering
Snow and Ice Removal
100%
Thin Films
40%
Power Density
40%
Leading Edge
40%
Limitations
20%
Thermal Stress
20%
Resistive
20%
Aluminum Substrate
20%
Shear Force
20%
Current Output
20%
Indium-Tin-Oxide
20%
Heating Element
20%
Battery Power
20%
Angle-of-Attack
20%
Subsection
20%
Battery Voltage
20%
Selection Process
20%
Jet Engine
20%
Wind Tunnel Test
20%
Power Draw
20%
Ice Accretion
20%
Reducing Power
20%
Thermal Energy
20%
Thermal Gradient
20%
Resistance Heating
20%
Free Flow
20%
Compressor Stage
20%
Stall Speed
20%