FACILITIES

University Laboratories:

  • Diversified University Laboratory of Department of General and Applied Physics:

    • Laboratory of Mechanics and Molecular Physics

- Evaluation of the accuracy of direct and indirect measurements
- Determination of inertia moment with Oberbek pendulum
- Determination of inertia moment of solids with Maxwell pendulum
- Measuring the speed of a bullet with a ballistic pendulum
- Determination of the gravitational acceleration using the universal pendulum
- Determination of the heat capacity of air at constant pressure to the specific heat at constant volume by a standing wave
- Determination of code of viscosity in fluids (Stokes method)
- Moment of inertia of different bodies. Steiner's theorem
- Study of the elastic and inelastic collisions of bodies
- Torsional motion. Moment of inertia
- Study of the laws of mechanics with the Atwood device
- Acoustic Doppler effect
- Equation of state of an ideal gas. Boyle's law (with computer interface)
- Isochoric process. Charles' law (with computer interface)
- Isobaric process. Gay-Lussac's law (with computer interface)
- Study of the dependence of the viscosity on temperature
- Determination of the adiabatic index of gases using Flammersfeld oscillator
- Freezing point depression

  • Laboratory of virtual physics experiments

- Gas Laws. Calibration gas thermometer
- Cycle heat engine
- Determination of the heat capacity of the solid body
- Determination of the heat capacity ratio during the adiabatic expansion of gas
- Determination of the coefficient of thermal expansion (linear) of rigid body
- Determination of the coefficient of thermal expansion (volume) of liquid
- Examination of Joule-Thompson effect in adiabatic flow of gas
- Examination of the diffusion of gases
- Determination of thermal conductivity of gases by the hot-wire
- Determination of thermal conductivity of the solid (plate)

  • Laboratory of Electricity and Magnetism

- Study of the electric field of a plane condenser
- Study of operation mode of electrical power source
- Study of the magnetic field (Biot - Savart- Laplace)
- Measurement of electromagnetic circuit
- Measurement of inductance in the AC circuit
- Measurement of containers in the AC circuit
- Measurement of dielectric constant of solid materials
- Measurement of low resistance materials
- Study of the metrological capabilities of a Wheatstone bridge
- Study of the effect of temperature on the characteristics of the different materials and diodes
- Study of the processes of accumulation and relaxation of charge in dielectric materials
- Study of the transformer
- Study of the addition of electrical oscillations with an oscilloscope
- Study of the properties of a ferromagnetic with an oscilloscope
- Study of the Hall effect

  • Laboratory of Solid State Physics

- Analysis of magnetic impurities by EPR method
- Study of the heat capacity of metals
-The dependence of the electrical conductivity of solid materials on temperature
- Galvanomagnetic phenomena in solids
- Study of solar power generators
- Study of thermal and electrical conductivity of metals
- Study of the temperature characteristics of diodes
- Study of p-n transition

  • Optics Laboratory

- Measurement of the light wave through a Fresnel biprism
- Study of the absorption factor of liquid on the wavelength
- Determination of the refractive index of air with Jamin interferometer
- Measurement of the wavelength of light using a transparent grating
- Measurement of resolution lenses
- Study of polarized light
- Determination of the concentration of the sugar solution with a glucometer
- Study of refraction prism
- Newton's Rings
- The technology of measuring the velocities of moving particles with a laser -based Doppler
- Technology for creating optical anisotropy in amorphous solids based on the Faraday Effect
- High-technology fiber optic transmission of information
- Technology of creation of electron - optical modulators based on the Kerr effect
- Technology of creation and study of helium-neon laser
- Technology of holographic recording and reproducing of three-dimensional images
- Technology of optical Fourier filtering and image reconstruction

  • Specialized Training Center classroom of modern information technologies “Networking Academy “Cisco”

The classroom is set with Cisco equipment wiring closet:

- 6 Cisco Routers 2801
- 6 connection switches Cisco Catalyst 2960
- 4 wireless routers Linksys WRT150N

Local computer network wiring is done, 18 modern PCs have three network cards that provide connection to the university computer network and perform laboratory work using network equipment. Each computer has two copies of OS Windows XP, in one of which students have administrator rights, as well as specialized software of Cisco:

  • Cisco Packet Tracer
  • Virtual Activity Desktop
  • Virtual Activity Laptop
  • Computer classrooms of Department of Informatics and Computer Technology

Classrooms are equipped with modern PCs with 24" monitors and office software system for mathematical calculations and system programming.

  • Computer classroom of Department of descriptive geometry and graphics

Classrooms are equipped with modern PCs with 30" monitors and tablets. Licensed CAD software is installed:

- KOMPAS -3D V12
- KOMPAS -3D V12- engineering configuration
- KOMPAS -3D V12- construction configuration
- AutoCAD 2012
- AutoCAD 2013
- Software package Autodesk Education Master Suite 2013
- Software package Autodesk Product Design Suite 2013

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