Integrated methodology for gas content assessment and prediction in shallow muddy lake sediments: acoustic mapping and correlation analysis

Keyphrases

• Correlation Analysis 100%
• Acoustic Mapping 100%
• Gas Content 100%
• Content Assessment 100%
• Content Prediction 100%
• Lake Sediments 100%
• Mapping Analysis 100%
• Sediment Acoustics 100%
• Acoustic Correlation 100%
• Speed of Sound 66%
• Free Gas Content 66%
• Water Depth 33%
• Methane 33%
• Inversion Method 33%
• Multivariate Linear Regression 33%
• Production Rate 33%
• Best Matches 33%
• Aquatic Ecosystems 33%
• Closed-form Expression 33%
• Application-oriented 33%
• Geoacoustic Inversion 33%
• Reflection Coefficient 33%
• Aquatic Sediment 33%
• Bottom Reflectance 33%
• Dissolution Rate 33%
• CH4 Production 33%
• Bubble Dissolution 33%
• Acoustic Applications 33%
• Content Dynamics 33%
• Spatial Conditions 33%
• Spatio-temporal Conditions 33%
• Gas Bubble 33%
• Compressibility 33%
• Speed Estimate 33%
• Organic Matter Deposition 33%
• Sediment Sound Speed 33%

Engineering

• Gas Content 100%
• Methane 80%
• Sound Speed 60%
• Inversion Technique 20%
• Gas Bubble 20%
• Closed Form Expression 20%
• Compressibility 20%
• Dissolution Rate 20%
• Content Dependence 20%
• Reflectance 20%

Earth and Planetary Sciences

• Methane 100%
• Lacustrine Deposit 100%
• Water Depth 25%
• Organic Matter 25%
• Reflectance 25%
• Compressibility 25%
• Aquatic Environment 25%