Practical implications of gas-water interactions in soils

机译：天然气相互作用在土壤中的实际影响

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Gas and water in soils interact through the physical laws of Boyle, Henry, Darcy and Fick and through the capillarity law; this interaction has a large number of practical implications and applications in geotechnical engineering. Those examined in this paper are: cavitation; implications of occluded gas; implications of gas exsolution on hydraulic conductivity, pore pressures and sampling; gas hydrate dissociation; saturation of soil samples; infiltrations in soils; capillary barriers; and transient pore pressures in earth dams.

机译：土壤中的天然气和水通过博伊尔，亨利，达西和菲克的物理规律和毛细管法互动;这种互动在岩土工程中具有大量实际影响和应用。本文审查的是：空化;遮挡气体的含义;气体泄露对水力导电性，孔隙压力和取样的影响;天然气水合物解离;土壤样品的饱和;土壤中的渗透;毛细管障碍;土坝中的瞬态孔压力。

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《Pan-American conference on soil mechanics and geotechnical engineering》|2015年|xii 475 p.|共51页
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Serge LEROUEIL; David W. HIGHT; Alexandre R. CABRAL;
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中图分类特殊地区管道防护;
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Gas-water interaction; unsaturated soils; cavitation; exsolution; gas hydrate; soil sampling; infiltration; permeability; pore pressures in dams; capillary barriers;

机译：气体水相互作用;不饱和土壤;空化;exsolution;天然气水合物;土壤采样;渗透;渗透率;漏洞;坝体中的孔隙压力;毛细管障碍;

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Practical implications of gas-water interactions in soils

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