| 摘要 |
Increased resistance in erosive soil, is carried out in a non-invasive method, and carried out by means of appliances that comprises an aggregate of a direct electrical current that is coupled by means of electric lines onto electrodes that are set into ground and over which is carried out electric injecting of the damaged unstable erosive soil, that needs stabilization. Herewith described example deals with a mining building, i.e. unstable inclination of a floor on a strip mining, being damaged by erosion (1) therein set, for the purpose of sanation, are aluminum perforated anodes in a certain number, these anodes are filled with suitable electrolite and are set at the bottom of an unstable inclination, while at the top of the slope, copper or iron cathodes are set through. Electrodes are cable-tied to the aggregate. By switching on the aggragate of direct current, there comes to the effect of electrophoresis, electroosmosis that act upon drying the material of which is made the unstable slope, and then by pouring the electrolite in and up to the process of electroosmic injecting that brings to the coupling of untied soil particles and to the increase in the soil solidity on the whole. Hereby, increased resistance in erosive soil i.e. its sanation, and even better its prevention, is carried out without standard operations – digging due to soothing the inclination way and the height of inclination, hence are noninvasive but effective.
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