Installation for concentrated uniform heating of objects by microwave radiation

Authors

  • Dmitry Viktorovich Ritter M. Kozybayev North Kazakhstan State University
  • Jacek Cieslik AGH University of Science and Technology
  • Vladimir Kismereshkin Omsk State Technical University
  • Alexey Savostin M. Kozybayev North Kazakhstan State University
  • Ekaterina Ritter M. Kozybayev North Kazakhstan State University
  • Nabi Nabiev M. Kozybayev North Kazakhstan State University

Abstract

A design of microwave installation for energy concentration on a surface of a heated object is proposed. In the installation a dipole lattice on the basis of a single-wire transmission line is used which is located inside of reflector in a form of specular parabolic conducting cylinder. The heated object is placed in the area of microwave energy concentration.
In the article a waveguide field of a surface wave in a reradiation mode is explored. The surface wave is reradiated by a group of vibrators coaxial with the waveguide wire. Results of experimental studies of field distribution along the waveguide operating in various modes are presented. The possibility of efficiency increase in reradiated field and its adjustment by contactless movement of reflector is shown.

Author Biographies

Dmitry Viktorovich Ritter, M. Kozybayev North Kazakhstan State University

Department of energetic and radioelectronics, Associate professor, PhD

Jacek Cieslik, AGH University of Science and Technology

Professor at AGH University of Science and Technology

Vladimir Kismereshkin, Omsk State Technical University

Doctor of Engineering Sciences, Professor of the Department of Communication and Information Security

Alexey Savostin, M. Kozybayev North Kazakhstan State University

Department of energetic and radioelectronics, Associate professor, PhD

Ekaterina Ritter, M. Kozybayev North Kazakhstan State University

PhD student

Nabi Nabiev, M. Kozybayev North Kazakhstan State University

Department of energetic and radioelectronics, Associate professor, PhD

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Published

2024-04-19

Issue

Section

Microwaves and Radiolocation