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Transport Model of Underground Sediment in Soils
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Studies about sediment erosion were mainly concentrated on the river channel sediment, the terrestrial sediment, and the underground sediment. The transport process of underground sediment is studied in the paper. The concept of the flush potential sediment is founded. The transport equation with stable saturated seepage is set up, and the relations between the flush potential sediment and water sediment are discussed. Flushing of underground sediment begins with small particles, and large particles will be taken away later. The pore ratio of the soil increases gradually. The flow ultimately becomes direct water seepage, and the sediment concentration at the same position in the water decreases over time. The concentration of maximal flushing potential sediment decreases along the path. The underground sediment flushing model reflects the flushing mechanism of underground sediment.
Title: Transport Model of Underground Sediment in Soils
Description:
Studies about sediment erosion were mainly concentrated on the river channel sediment, the terrestrial sediment, and the underground sediment.
The transport process of underground sediment is studied in the paper.
The concept of the flush potential sediment is founded.
The transport equation with stable saturated seepage is set up, and the relations between the flush potential sediment and water sediment are discussed.
Flushing of underground sediment begins with small particles, and large particles will be taken away later.
The pore ratio of the soil increases gradually.
The flow ultimately becomes direct water seepage, and the sediment concentration at the same position in the water decreases over time.
The concentration of maximal flushing potential sediment decreases along the path.
The underground sediment flushing model reflects the flushing mechanism of underground sediment.
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