Towards an NMR multiphase flowmeter: Method development and performance evaluation for two-phase flow measurements

INIS

• nuclear magnetic resonance 100%
• two-phase flow 100%
• evaluation 100%
• flowmeters 100%
• performance 100%
• velocity 50%
• signals 50%
• magnetic fields 33%
• residences 33%
• spin echo 33%
• relaxation 33%
• liquids 33%
• probes 33%
• water 33%
• pipes 33%
• increasing 16%
• phase shift 16%
• polarization 16%
• demand 16%
• economics 16%
• liquid flow 16%
• pipelines 16%
• fluids 16%
• accuracy 16%
• maintenance 16%
• petroleum industry 16%
• mhz range 16%
• length 16%
• magnets 16%
• gases 16%

Engineering

• Flowmeter 100%
• Development 100%
• Flow Measurement 100%
• Velocity 33%
• Mm Diameter 33%
• Deep Water 33%
• Prototype 33%
• Diameter Pipe 33%
• Field Gradient 16%
• Obtains 16%
• High Accuracy 16%
• Fluid Velocity 16%
• Liquid Flowrate 16%
• Signal Intensity 16%
• Streamwise 16%
• Echo Signal 16%
• Determines 16%
• Pipeline 16%
• Fields 16%
• Petroleum Industry 16%
• Increasing Demand 16%

Chemical Engineering

• Flow Measurement 100%
• Water 100%
• Phase Separation 50%
• Magnetic Resonance Measurement 50%