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Development and expectation of heat-pipe technology and wick research
Jie Wang,
Qian Wang
Mechanical Engineering
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Keyphrases
Capillary Pressure
10%
Composite Structures
10%
Economic Benefits
10%
Effective Temperature
10%
Enhanced Permeability
10%
Fabrication Methods
10%
Heat Dissipation
10%
Heat pipe
100%
Heat pipe Design
10%
Heat pipe Technology
100%
Heat Transfer Rate
10%
Integrated Circuits
10%
Loop Heat pipe
10%
Machine Components
10%
Manufacturing Methods
10%
Material Compatibility
10%
Measurement Instrument
10%
Micro Heat pipe
10%
Microminiaturization
10%
One-step Forming
10%
Pipe Loop
10%
Pipe Manufacturing
20%
Pipe Type
10%
Pulsating Heat pipe
10%
Railway Embankment
10%
Rotating Heat pipe
10%
Shape Structure
10%
Structural Integration
10%
Temperature Measurement
10%
Thermosyphon
10%
Three-dimensional Printing
10%
Variable Conductance Heat pipe
10%
Wick
100%
Wick Structure
30%
Working Principle
10%
Engineering
Composite Structure
7%
Economic Benefit
7%
Fabrication Method
7%
Heat Losses
7%
Heat Pipe Technology
100%
Heat Pipes
100%
Integrated Circuit
7%
Machine Components
7%
Material Compatibility
7%
Micro Heat Pipe
7%
One Step
7%
Pipe Body
7%
Railway
7%
Rotating Heat Pipe
7%
Three Dimensional Printing
7%