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Thin-Film Transport, Wicks and Heat Pipes

 
A Method for Thermal Performance Characterization of Ultra-Thin Vapor Chambers Cooled by Natural Convection project figure Thin Heat Pipes for Low Power Applications project figure Numerical Modeling of 3D Vapor Chambers project figure Characterization of Heat Pipe Wick Fluid Transport and Thermal Performance project figure

A Method for Thermal Performance Characterization of Ultra-Thin Vapor Chambers Cooled by Natural Convection 
 

Thin Heat Pipes for Low Power Applications 
 

Numerical Modeling of 3D Vapor Chambers 
 

Characterization of Heat Pipe Wick Fluid Transport and Thermal Performance
Fundamental Experimental Investigation of Thin-Film Evaporation project figure Heat Transfer During Evaporation of Binary Liquids from Wick Microstructures project figure Reverse-engineered Microstructures for Optimal Thin-Films project figure Modeling of Flow Boiling and Thin Film Evaporation using the Material Point Method project figure
Fundamental Experimental Investigation of Thin-Film Evaporation  

Heat Transfer During Evaporation of Binary Liquids from Wick Microstructures 
 

Reverse-engineered Microstructures for Optimal Thin-Films 
 

Modeling of Flow Boiling and Thin Film Evaporation using the Material Point Method 
 

3-D Transient Models for Heat Pipes project figure Transport in Wick Structures project figure Theory of Thin-Film Evaporation project figure

3-D Transient Models for Heat Pipes 
 

Transport in Wick Structures
 

Theory of Thin-Film Evaporation
 

 

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