| 摘要 |
<p>The process of treating a material by electroinjection of a product, comprises applying and fixing a piece of a flexible material on an accessible surface of a material such that the size of the piece matches the shape of the surface, raising the electric potential of the flexible material, supplying the flexible material with a solution of the treatment product, determining a penetration profile of the treatment using a unit for measuring the constant dielectric of the material for different depths within the material, and optimizing the treatment in function of the profile. The process of treating a material by electroinjection of a product, comprises applying and fixing a piece of a flexible material on an accessible surface of a material such that the size of the piece matches the shape of the surface, raising the electric potential of the flexible material, supplying the flexible material with a solution of the treatment product, determining a penetration profile of the treatment using a unit for measuring the constant dielectric of the material for different depths within the material, and optimizing the treatment in function of the profile. The step of determining the penetration profile is carried out by producing a first grid on a part of the accessible surface, and producing the constant dielectric measures on each point of mesh. The process further comprises determining a second penetration profile of the treatment product using voltage measurement unit within the material during the treatment, producing a second grid through an area to be treated, and determining another penetration profile, where the second grid comprises meshes of the first grid. The treatment is optimized, using single power supply, by: determining an area to be treated using the penetration profile; changing the potential of the piece of flexible material independent of the profile; altering the amount of injected product; reversing the polarity of a cathode and an anode so as to promote polymerization of the product in the homogeneous material; coupling the flexible piece positioned on one of the surfaces to the electrodes positioned on the other radiating surface; injecting the product on the surfaces of a building by supplying the radiant electrodes with the treatment product; carrying the electrodes to a radiant electric potential; and contacting the piece of flexible material to an electric potential for attracting the product to the other surface of the building.</p> |
