A device for gas dynamic loosening of the soil under the arable layer

Ferghana Polytechnic Institute Ferghana, Uzbekistan

^* Corresponding author: r.tojiyev@ferpi.uz

Abstract

The article introduces an innovative method for deep loosening of subsoil layers by harnessing the energy generated from detonation waves. This groundbreaking approach aims to improve soil structure and facilitate better water and nutrient penetration, ultimately enhancing agricultural productivity. The authors have meticulously designed and validated the parameters of a specialized device that operates non-contact, which allows for precise manipulation of the subsoil without direct physical interference. The research delves into the mechanics of soil destruction when subjected to the intense forces of a detonation wave, providing detailed models that illustrate the process. Additionally, the article outlines the rate of penetration achieved through this method and describes the formation of wells as a result of the controlled soil disruption. This technique not only promises to revolutionize traditional soil management practices but also offers potential applications in various fields, including environmental restoration and construction, contributing to more sustainable and efficient land use.