Abstract:
The article discusses the application of the pulsed tunnel effect for obtaining polymeric materials. The main polymerization processes are analyzed, as well as the disadvantages of traditional technologies. The advantages of using the pulse tunnel effect to increase the efficiency of polymerization are considered. Examples of successful application of the method for obtaining hydrogen and paint coatings are given. The prospects for further development of research in this area are considered, including the development of pulse generator materials and innovative polymeric materials.