Performance evaluation and model of spacesuit cooling by hydrophobic hollow fiber-membrane based water evaporation through pores

Engineering

• Application 20%
• Biomolecule 20%
• Boundary Layer Theory 20%
• Comprehensive Mathematical Model 20%
• Contaminant 20%
• Convective 20%
• Convective Heat Transfer Coefficient 20%
• Correlation 20%
• Critical Failure Mode 20%
• Effective Mean 20%
• Energy Engineering 20%
• Equations for Mass 40%
• Evaluation 100%
• Evaporation 100%
• Evaporator 40%
• Failure (Mechanical) 20%
• Failure Mode 20%
• Fiber Damage 20%
• Hagen-Poiseuille Equation 20%
• Heat Rejection 40%
• Heat Transfer 20%
• Hollow-Fiber Membrane 100%
• Hydrophobic 100%
• Knudsen Diffusion 20%
• Laminar Flows 20%
• Low-Temperature 20%
• Lumen Side 100%
• Mass Flowrate 20%
• Mass Transfer 40%
• Membrane 80%
• Model 100%
• NASA 20%
• Performance 100%
• Pore Diameter 20%
• Porosity 100%
• Sensitivity Analysis 20%
• Side Pressure Drop 60%
• Surface Pressure 20%
• Temperature Drop 20%
• Temperature Water 40%
• Thickness 20%
• Water 100%

Chemical Engineering

• Energy Balance 14%
• Heat Transfer 14%
• Heat Transfer Coefficient 14%
• Hollow Fiber Membrane 100%
• Mass Transfer 28%
• Temperature 57%
• Water 100%