This book is aimed at discussing new achievements in the field of irreversible process studies and improving the level of research and design works. This event brought together researchers to discuss a broad spectrum of topics from the degradation of semiconductor–dielectric–metal structures and gravitational wave detection to cutting-edge developments in nanomaterials, optical phenomena, and innovative educational methodologies. The conference featured the following sections: Promising Directions of Research into Irreversible Physical Processes Mathematical Modeling of Physical Processes and Technical Systems Fundamental Problems of Creating New Technology Irreversible Optical Processes Scientific and Methodological Problems of Teaching Natural Science Disciplines.
This book is aimed at discussing new achievements in the field of irreversible process studies and improving the level of research and design works. This event brought together researchers to discuss a broad spectrum of topics from the degradation of semiconductor–dielectric–metal structures and gravitational wave detection to cutting-edge developments in nanomaterials, optical phenomena, and innovative educational methodologies. The conference featured the following sections: Promising Directions of Research into Irreversible Physical Processes Mathematical Modeling of Physical Processes and Technical Systems Fundamental Problems of Creating New Technology Irreversible Optical Processes Scientific and Methodological Problems of Teaching Natural Science Disciplines.
Andrey Nikolaevich Morozov
High-Field Degradation Processes Metal-Dielectric-Semiconductor Structures Current Noise Measurements Tunnel Diodes Thin-Film Electrodes Polarization of PVDF Films Saccharide-Based Composite Materials Infrared Spectroscopy Anodic Behavior of Cobalt Restricted Access Sorbents Non-Dispersive Infrared Gas Analyzer Gravitational Waves Detector X-ray Phase Analysis Soliton Movement in Plasma Generative Artificial Intelligence