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Home Industrial Technologies Stand for Quasi-Optical Researches SQR-0.14

Stand for Quasi-Optical Researches SQR-0.14


The Stand for quasi-optical researches SQR-0.14 (further referred to as the Stand) created in accordance with Partner project STCU P-103. It operates in short-wave part of the millimeter band of electromagnetic waves. The Stand is intended for the demonstration of the quasioptical (QO) measuring methods in THz frequency region and training of the university students and researchers specializing in radiophysics. The SQR-0.14 is the device made on the basis of the hollow dielectric beamquide (HDB) with circular crosssection of 20 mm diameter.

Working frequency - 0.14 THz.

Overall SQR-0.14 dimensions in assembled state are 100x40x50 cm.

Mass - no more than 40 kg (net), 55кг (gross).

Operating conditions:

  • environment temperature from 10°C to 40°C;
  • relative humid less 80% at the temperature +20±5°C;
  • atmospheric pressure 750±30 mm mercury column.

Power supply: alternating current 220V/110V±10V, 50 Hz/60 Hz; direct current 24V±3V, 0.3А.

Innovative Aspect and Main Advantages

The Stand provides the following functions:

  • experimental determination of reflection factor modulus and phase by the Michelson interferometer method;
  • experimental determination of wavelength by the Michelson interferometer method;
  • experimental determination of insertion attenuation (losses) by a substitution method;
  • experimental determination of polarization diagram by rotary polarization-analyzer method;
  • experimental determination of the dependence of mirror reflection factor modulus on the angle of incidence of wave at sample flat surface.

Areas of Application

The perspective fields of project development applications are: physics, radiophysics and electronics of terahertz frequency range, spectroscopy, biomedicine, as well as university educational laboratory.

Appearance of the Stand SQR-0.14
Fig. 1 Appearance of the Stand SQR-0.14

Stage of Development

The Stand has been developed, manufactured, and delivered to the Partner - Department of Electrical Engineering Arizona State University, Consortium for Metrology of Semiconductor Nanodefects Multi-disciplinary Laboratory for Material-Wave Interactions Nanomechanics Program.

Contact Details

Usikov Institute of Radiophysics and Electronics, National Academy of Sciences of Ukraine
Contact person: Dr. Sc., Head of Department, Volodymyr K. Kiselov
Address: 12, Acad. Proskury str., 61085, Kharkiv, Ukraine
Tel.: (+38 057) 720 3335
Fax: (+38 057) 315 2105
E-mail: This e-mail address is being protected from spambots. You need JavaScript enabled to view it

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