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A novel ultra-large flat plate heat pipe manufactured by thermal spray
C. Feng
, M. J. Gibbons
, M. Marengo
, S. Chandra
Research output
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Contribution to journal
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Article
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peer-review
Overview
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Keyphrases
Heat pipe
100%
Large Flat
100%
Flat Heat pipe
100%
Thermal Spray
100%
Heat Flux
80%
Filling Ratio
80%
Working Fluid
60%
Manufacturing Methods
40%
Thermal Resistance
40%
Coated Surface
20%
Fluid-filled
20%
Porous Structure
20%
Evaporation Rate
20%
Microstructure
20%
New Manufacturing
20%
Flat Plate
20%
Copper Plate
20%
Partially Filled
20%
Brazing
20%
Wicking
20%
Heat pipe Technology
20%
Spray Application
20%
Copper Wick
20%
Porous Wick
20%
Wick
20%
Porous Copper
20%
Complex 3D Geometries
20%
Copper Particles
20%
NaOH Solution
20%
Aluminum Particles
20%
Liquid Filling Ratio
20%
Vapor Chamber
20%
Thermally-sprayed
20%
Outer Edge
20%
Radial Thermal Conductivity
20%
Stainless Steel Wire Mesh
20%
Flame Spraying
20%
Porous Wick Structure
20%
Innovative Manufacturing
20%
Metal Vapor
20%
Spray Torch
20%
Thermal Conductors
20%
Engineering
Heat Pipes
100%
Flat Plate
100%
Heat Flux
57%
Porosity
42%
Manufacturing Technique
28%
Heat Resistance
28%
Thermal Conductivity
14%
Realization
14%
Evaporation Rate
14%
Porous Structure
14%
Copper Plate
14%
Heat Pipe Technology
14%
Spray Torch
14%
Stainless Steel Wire
14%
Outer Edge
14%
Bauxite Deposits
14%
Flame Spray
14%
Chemical Engineering
Heat Flux
100%
Thermal Conductivity
25%