About the article
A.G. Mikhailov, I.I. Demchenko, O.S. Ignatova
A complex vibration-acoustic method of homogenization of dispersed materials based on the disintegration process is proposed. Theoretical substantiation of disintegration by acoustic treatment is developed. Laboratory tests of dispersed clay material by the method of acoustic disintegration with determination of the main parameters have been carried out. It is noted that the method is based on the principle of processing of dispersed materials by vibration and acoustic vibrations. The achievement of complete homogeneity of fine dispersed clay material during the period of two-minute treatment was established. Achievement of at least 90% homogeneity of the mixture of different size classes (class of concrete) during the same two-minute period is fixed.
disintegration, clay, laboratory installation, vibration, acoustic, oscillation.