The book "Behavior of Water Under the Influence of Vibration and Electric Field" offers a comprehensive theoretical analysis and calculation of the regime parameters of the vibroturbulization process. This process describes the effects of vibration on water and opens up new possibilities for intensifying flotation methods in mineral processing. Furthermore, an innovative technology for processing foams is developed, resulting in materials with outstanding physical and mechanical properties. The work also sheds light on the mechanism of the formation of micro-dispersed, negatively charged hydrogen bubbles and their interactions with solid particles that arise under the influence of an electric field. These insights enable the production of high-quality concentrates, effective wastewater treatment, and the development of new procedures such as lymphosorption, which allows for the rapid replacement of a patient's lymph with that of a healthy donor.