Abstract
The attraction of glass particles simulating quartz sand grains for capillary rings of aqueous solutions of sodium sulfate and carbonate of various concentrations is experimentally investigated. It is shown that the attraction of particles at the first moment of contact with the bridging liquid is determined by the capillary effect. As water evaporates and the solution becomes saturated, additional cohesion of solid particles is registered, which is caused by the formation of crystallization contacts.
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