Abstract
The article is devoted to the results of spectral analysis of effective flushing liquid with the use of lightweight polymeric reagent (LPR). On the basis of spectral research it is shown that the mechanism of ion exchange of particles of flushing liquid (replacement reaction) at replacement of mineral in the crystal lattice by cat ions of disperse medium is a permanent replacement of organic and inorganic cat ions of flushing liquid with rock particles and whole groups of dispersive medium. The results of the processes of addition of fluids and rock elements to the flushing liquid particles, as well as simultaneously occurring ion-exchange and none change processes determining the mechanisms of inhibition (reduction of hydrophilicity), stabilization and colloidal protection in flushing liquids are obtained.
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