深部炭層への超臨界CO2圧入におけるチュービング内および孔底での温度予測モデル

Engineering

• Supercritical 100%
• Temperature 75%
• Coal Seam 75%
• Hole Bottom 50%
• Surfaces 25%
• Injection Rate 25%
• Supercritical Condition 25%
• Models 12%
• Liquid Phase 12%
• Measurement 12%
• Prediction 12%
• Characteristics 12%
• Japan 12%
• Numerical Model 12%
• Heating 12%
• Injectivity 12%
• Heat Losses 12%
• Swelling 12%
• Viscosity 12%
• Injector 12%
• CO2 Capture and Storage 12%
• High Viscosity 12%
• Heater Power 12%
• Electric Heater 12%
• Absolute Pressure 12%

Earth and Planetary Sciences

• Temperature 75%
• Coal Seam 75%
• Injection 62%
• Liquid 37%
• Investigation 25%
• Heating 12%
• Planetary Atmosphere 12%
• Model 12%
• Project 12%
• Coal 12%
• Set 12%
• Cause 12%
• Numerical Model 12%
• Emission 12%
• Strata 12%
• Wire 12%
• Prediction 12%
• Viscosity 12%
• Feasibility 12%
• Heat Transmission 12%
• Swelling 12%
• Liquid Phase 12%
• Replacement 12%
• Metropolitan Area 12%
• Critical Temperature 12%
• Carbon Sequestration 12%

Chemical Engineering

• Temperature 75%
• Gas Fuel Measurement 12%
• Heating 12%
• Heat Transfer 12%