Font size

A
A

Line height

A
A

Color

A
A

Nikolay Nikolaevich Chernov 

+7(928) 908-11-77

Chairman

Southern Federal University

Professor

Institute of Nanotechnologies, Electronics and Equipment Engineering

E-mail:
Этот e-mail адрес защищен от спам-ботов, для его просмотра у Вас должен быть включен Javascript Этот e-mail адрес защищен от спам-ботов, для его просмотра у Вас должен быть включен Javascript
Website:
-

Degree: Doctor of Sciences

Personal page in Russian:
https://sfedu.ru/person/nnchernov
Personal page in English:
https://sfedu.ru/en/person/nnchernov

Research interests:

 The interaction of ultrasonic vibrations to the biological objects, the ultrasonic methods and devices for medical purposes, acoustic methods of environmental monitoring and environmental protection, marine acoustics and room acoustics.The interaction of ultrasonic vibrations to the biological objects, the ultrasonic methods and devices for medical purposes, acoustic methods of environmental monitoring and environmental protection, marine acoustics and room acoustics.

Research projects:

Development of methods of receiving information indices of space distribution of non-linear parameter in the environment on the basis of response characteristics of non-linear wave coupling for visualization of inner patterns of biological objects.

Teaching:

  • Technical methods of diagnostic studies and therapeutic impacts
    The purpose of the discipline is the student familiarity with modern methods of diagnostic studies and therapeutic impacts the formation of knowledge of physical processes on which they are implemented. The knowledge and skills generated by this academic discipline is needed for further use in the study of the following courses: Bioengineering systems for medical purposes; Clinical, laboratory, and environmental electronic technician State certification. The knowledge and skills generated by this academic discipline is needed for further use in the study of the following courses: Bioengineering systems for medical purposes; Clinical, laboratory, and environmental electronic technician State certification
  • Clinical, laboratory, and environmental electronics
    The purpose of the development of the discipline "Clinical laboratory and environmental electronic equipment" is acquaintance of students with modern clinical, laboratory, and environmental electronic equipment and methods of analysis. The subject of discipline are methods of laboratory diagnosis and environmental control principles of laboratory diagnostic equipment, methods of calibration and measurement methods of basic characteristics of instruments, classification of methods of analytical control and the basic properties of biological substrates took place, study in analytical research methods, the classification of methodological and measurement effects for the analytical studies.
  • Acoustic methods and devices in medicine
    The development of the discipline "Acoustic methods and devices in medicine" are getting the students knowledge in the field of development, production and operation of acoustic biomedical devices and systems that contribute to the successful work of graduates in biotechnical systems and technologies.The development of the discipline "Acoustic methods and devices in medicine" are getting the students knowledge in the field of development, production and operation of acoustic biomedical devices and systems that contribute to the successful work of graduates in biotechnical systems and technologies. The subject of discipline is the fundamental of modern medical instruments, devices, systems and complexes.
  • Nanotechnology in biomedical engineering
    The purpose of discipline is to introduce students with nanomaterials, nanotechnology sensors and analyzers, nanotools and nanomanipulation, including from medical uses of scanning probe microscopes. The challenges of teaching discipline-related content are: ; to acquaint students with major trends and directions of development of nanotechnology in medical instrumentation and biotechnology; ; to familiarize students with the nanomaterials used in medical devices and their properties; technical requirements for nanomaterials.
  • Modern methods of analytical diagnostics
    The goal of the development of the discipline "Modern methods in analytical diagnostics": acquaintance of students with modern methods of analytical and diagnostic tasks, clinical laboratory services, modern clinical, laboratory, and environmental electronic equipment. Objectives: to familiarize the students with modern trends and directions of development of methods and analytical diagnosis, new clinico-laboratory and environmental electronic technique, technology of its production; the principles of operation, design, designed objects of medical equipment, based on the investigated technical methods of diagnostic researches and medical treatment; medical terminology.
  • Technical methods of diagnostic studies and therapeutic impacts
    The purpose of the discipline is the student familiarity with modern methods of diagnostic studies and therapeutic impacts the formation of knowledge of physical processes on which they are implemented. The knowledge and skills generated by this academic discipline is needed for further use in the study of the following courses: Bioengineering systems for medical purposes; Clinical, laboratory, and environmental electronic technician State certification. The knowledge and skills generated by this academic discipline is needed for further use in the study of the following courses: Bioengineering systems for medical purposes; Clinical, laboratory, and environmental electronic technician State certification
  • Clinical, laboratory, and environmental electronics
    The purpose of the development of the discipline "Clinical laboratory and environmental electronic equipment" is acquaintance of students with modern clinical, laboratory, and environmental electronic equipment and methods of analysis. The subject of discipline are methods of laboratory diagnosis and environmental control principles of laboratory diagnostic equipment, methods of calibration and measurement methods of basic characteristics of instruments, classification of methods of analytical control and the basic properties of biological substrates took place, study in analytical research methods, the classification of methodological and measurement effects for the analytical studies.
  • Acoustic methods and devices in medicine
    The development of the discipline "Acoustic methods and devices in medicine" are getting the students knowledge in the field of development, production and operation of acoustic biomedical devices and systems that contribute to the successful work of graduates in biotechnical systems and technologies.The development of the discipline "Acoustic methods and devices in medicine" are getting the students knowledge in the field of development, production and operation of acoustic biomedical devices and systems that contribute to the successful work of graduates in biotechnical systems and technologies. The subject of discipline is the fundamental of modern medical instruments, devices, systems and complexes.
  • Nanotechnology in biomedical engineering
    The purpose of discipline is to introduce students with nanomaterials, nanotechnology sensors and analyzers, nanotools and nanomanipulation, including from medical uses of scanning probe microscopes. The challenges of teaching discipline-related content are: ; to acquaint students with major trends and directions of development of nanotechnology in medical instrumentation and biotechnology; ; to familiarize students with the nanomaterials used in medical devices and their properties; technical requirements for nanomaterials.
  • Modern methods of analytical diagnostics
    The goal of the development of the discipline "Modern methods in analytical diagnostics": acquaintance of students with modern methods of analytical and diagnostic tasks, clinical laboratory services, modern clinical, laboratory, and environmental electronic equipment. Objectives: to familiarize the students with modern trends and directions of development of methods and analytical diagnosis, new clinico-laboratory and environmental electronic technique, technology of its production; the principles of operation, design, designed objects of medical equipment, based on the investigated technical methods of diagnostic researches and medical treatment; medical terminology.
  • Interdisciplinary project
    The purpose of discipline is formation at students of competence and mastery of basic skills of decision-making in professional and personal-social spheres, the ability to analyze the basic scientific and technical problems in the subject area of graduate education through study and analysis of literature and patent sources, to determine the direction of research, to shape the implementation plan, choose research methods and data processing to acquire and use new knowledge and skills, including knowledge areas not directly related to bioengineering systems and technologies.