Description:
Atomic force microscope

Description:
Electronic scale GR-202 No.14210265

Description:
Ellipsometer L117 No.166-AK

Description:
UV-Vis spectrometer

Description:
Evaporation system with three magnetronic sources

Description:
Ceramic powder tablets formation device 99999-/F307

Description:
Thin film deposition system PVD 75

Description:
High temperature furnace el.SNOL 7/1300L with E5CK program

Description:
Thin film deposition system: deposition using electron beam evaporation

Description:
Magnetron "Cannon" TM3FS10KBS Torus 3HV

Description:
Dosimeter M4 T11006-1759

Description:
Dark field microscope with extras NIKON Eclipse LV100D

Description:
X-ray machine X-RAY

Description:
Dosimetric brachytheraphy system with extras and phantom

Description:
X-ray radiation dose measurement system 70 R/F MAM S/N:127995

Description:
Identification device SN:935-3367

Description:
Digital oscilloscope

Description:
Power source of 1kW radiofrequency

Description:
Analog / digital converters, mod. NI9201, 9481, NI9211, NI9401, cDAQ-9174, 382276

Description:
Raman spectroscopy system

Description:
Physics laboratory works are carried out for deeper knowledge of the basic laws of physics: performing them students learn to work with measurement devices and are introduced to measurement methods; they learn to depict methods as graphs and evaluate the reliability of the experimental results. Physics 2 (optics and atomic physics) laboratory works.

Description:
Physics laboratory works are carried out for deeper knowledge of the basic laws of physics: performing those students learn to work with measurement devices and are introduced to measurement methods; they learn to depict methods as graphs and evaluate the reliability of the experimental results. Physics 1 (mechanics and electromagnetism) laboratory works. Physics 2 (optics and atomic physics) laboratory works.

Description:
Laboratory work objectives: to acquire modern microtechnology, to obtain practice in use of technological equipment and measurement of formed microstructures electrophysical characteristics.

Description:
Physics laboratory works are carried out for deeper knowledge of the basic laws of physics: performing those students learn to work with measurement devices and are introduced to measurement methods; they learn to depict methods as graphs and evaluate the reliability of the experimental results. Physics 1 (mechanics and electromagnetism) laboratory works.

Description:
Physics laboratory works are carried out for deeper knowledge of the basic laws of physics: performing them students learn to work with measurement devices and are introduced to measurement methods; they learn to depict methods as graphs and evaluate the reliability of the experimental results. Physics 2 (optics and atomic physics) laboratory works.

Description:
Physics laboratory works are carried out for deeper knowledge of the basic laws of physics: performing those students learn to work with measurement devices and are introduced to measurement methods; they learn to depict methods as graphs and evaluate the reliability of the experimental results. Physics 1 (mechanics and electromagnetism) laboratory works. Physics 2 (optics and atomic physics) laboratory works.

Description:
Laboratory of Physical Technologies Works are designed for deeper understanding of physical phenomena in various sensors, for improvement of skills in presentation and estimation of received data. The equipment for changing the magnetic field, temperature, electrical current, voltage, displacement values are used in these works. Measurements are carried out using ammeters, voltmeters, digital storage oscilloscope, thermocouple thermometers.

Description:
Physics test models focus to demonstrate the operation of the laws of physics, under certain conditions, a better understanding of the functioning laws of physics. Equipment is used in mechanical movements changes, heat flow, electrical and magnetic fields changes, a light beam dynamics, radiation measurement performing. Computer equipment, video camera and projector are used.

Description:
High temperature electric tube furnace SNOL 7/1300L with E5CK control program

Description:
Thin film deposition system BY-1 – deposition using evaporation by electric arc discharge

Description:
Raman spectroscope

Description:
MOSFET microdosimeters