Mechanism of Fire Prevention with Liquid Carbon Dioxide and Application of Long-Distance Pressure-Holding Transportation Technology Based on Shallow Buried and Near-Horizontal Goaf Geological Conditions

<div>CO<sub>2</sub> distribution characteristics during 6-hour injection. (a) Three-dimensional simulation of carbon dioxide diffusion. (b) Plane simulation diagram of carbon dioxide diffusion.</div>

Journal of Chemistry

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Figure 14

Figure 14: Mechanism of Fire Prevention with Liquid Carbon Dioxide and Application of Long-Distance Pressure-Holding Transportation Technology Based on Shallow Buried and Near-Horizontal Goaf Geological Conditions 

Figure 14 | Mechanism of Fire Prevention with Liquid Carbon Dioxide and Application of Long-Distance Pressure-Holding Transportation Technology Based on Shallow Buried and Near-Horizontal Goaf Geological Conditions 