Research work

AWARDS:

Krasovsky V.V. – Ganar Diploma of BNTU for the schmatgad act and captivated scientific-pedagogical dzeynasts, ukrainnen ў uchebny pratses of new forms of teaching, acts ўdzel at navukov-and-last worker with navuchentsami lyceum.

Main scientific directions:

• study and control of optical, electrical and thermal parameters of individual components of low-dimensional device structures used in modern micro-, nano- and optoelectronics. The work is carried out within the framework of the state complex programs of scientific research "Electronics", "Thermal processes";
• development of methods, technological and control and measuring equipment for special purposes on the orders of enterprises.

The most important scientific achievements of the department are related to the theoretical development and creation of experimental samples of optoelectronic systems, to the study of the optical properties of dispersed media, semiconductor materials and devices, as well as to applied work aimed at creating and implementing original methods and equipment for quality control of materials and ensuring optimal operating conditions for instruments and vehicle navigation.

Prototypes of devices developed at the department were presented at various international and republican exhibitions.

Currently, the following developments are proposed for implementation:

• new methods, equipment and software products for luminescent control of technological parameters of semiconductor materials and nanoscale device structures used in light emitting diodes, solar batteries, microwave and high frequency semiconductor devices;
• impedance spectrometer for measuring dynamic changes and absolute temperatures of various structural elements of modern semiconductor devices in micro- and optoelectronics. It can be used to control the quality of the technological process and, in particular, to determine (control) the efficiency of heat removal by the main components of structure devices.

The most important direction in the development and improvement of engineering education is the involvement of students throughout their studies in active creative activity, which contributes to the transformation of the engineering education system into the sphere of mastering the methods of cognitive and engineering activities. The organization of creative activity of junior students is a part of the educational and methodological work carried out at the Department of Experimental and Theoretical Physics, BNTU. The main forms of this work are to introduce students to new topics in physics that go beyond the scope of the university course, to develop advanced knowledge and practical skills in them, and to adapt their research to future engineering specialties.

In the organization of the creative work of students at the department, two mutually complementary levels can be distinguished: teaching and research work and research work of students.

Every year, the results of the research work performed at the department are presented at scientific student conferences of various levels held in the republic and abroad.